Archive for September, 2002

Welcome

Monday, September 30th, 2002

Reposted from the archives. A review of Daniel Quinn’s and Tim Eldred’s The Man Who Grew Young.


Deja Vu: Humanity in Reverse

a review by Reason Wilken 

At some point in our lives, most of us have wished that we could do things again. If we could just go back to childhood for a ‘do-over’, what would we change? If given a second chance, we might have made different (and perhaps better) choices with regard to our lifestyles and goals. As they say, hindsight is 20/20 and life would certainly have been easier if we could have known the consequences of our actions beforehand. Daniel Quinn’s latest novel “The Man Who Grew Young” indulges this fantasy. It is the story of a world that is getting younger (and surprisingly, wiser) with every passing day, and of the man that got to do it all again.

The book is written in comic-book style, and reads more like a script than a novel. In fact, it is a script—if one were to make a movie about the evolution of humanity and than press the “rewind” button. Our protagonist is Adam Taylor, who has been selected (unbenounced to him) as “the one who sees with his own eyes the beginning and end of his own kind”. The story opens at the gravesite of Adam’s late wife Claire, but something odd is happening. Instead of lowering the casket into the grave, it is being raised up. This is not a funeral but a “wake”in the most literal sense.

After Claire is “born again”, she proceeds through her relationship with Adam in reverse. Claire gets younger every day, and their son passes from childhood back into infancy and finally to his final resting place in Claire’s womb. Adam and Claire move out of their house back into their old apartment, go on their honeymoon, and are released from their marriage in a backwards ceremony. The couple moves from going steady to their first date to their first meeting, after which they never see each other again.

Read the full review 

Welcome

Sunday, September 29th, 2002

Thoughts on Goethe

Albert Schweitzer

At the time of his death Goethe was famous, but not known.  His own people had little comprehension of his work.  Abroad he was admired in certain quarters as the author of Werther and of Faust, but his work as a whole was not appreciated.  How little devotion for Goethe there was in his native city of Frankfurt a few years after his death is shown by the fact that the centenary of his birth was not celebrated there because the masses, animated by the revolutionary sentiments of 1848, did not feel inclined to pay homage to one they misjudged as having been the lackey of a prince.

Even he had to admit to himself that his works were not popular.  Only Gotz von Berlichingen and Werther had been successes.  The others found no large audience.  To Eckermann, the devoted companion who was with him from 1823, he expressed his conviction that his writings were not popular and could never become so.

In this he was mistaken.  They have become so.  With the years they have found their way to the hearts of men.  More and more, not only in his country but throughout the world, he had become a chosen one among poets.  Why?  Because this great poet is at the same time a great master of the natural sciences, a great thinker, a great man.  This many-sidedness commands respect and strikes people as something quite special.

And thus it is that in this year 1949 the bicentenary of his birth is a date for the whole world, whereas the centenary had not roused even his native town.


How an individual by himself and through his own study can arrive at conviction capable of guiding him on the right road throughout his existence: that to Goethe is the question that matters.  He feels that he cannot reach these simple and sound convictions except by starting from reality, from the knowledge he gains by observing nature and by observing himself.  To be a realist in order to win through to true spirituality–this is Goethe’s keynote.

The fundamental idea which is of the utmost import is that in nature there is matter and spirit, the two together.  The spirit acts upon matter as an organizing and perfecting force.  It manifests itself in the evolution that is taking place and that we are able to document in nature.

Looking with the eyes of the spirit upon nature, as it is within ourselves, we find that in us also there is matter and spirit.  Searching into the phenomena of the spirit in us, we realize that we belong to the world of the spirit, and that we must let ourselves be guided by it.  The whole philosophy of Goethe consists in the observation of material and spiritual phenomena outside and within ourselves, and in the conclusions that can be drawn from this.  The spirit is light, which struggles with matter, which represents darkness.  What happens in the world and within ourselves is the result of this encounter.


Such is Goethe, the poet, the scientist, the philosopher, and the man, towards whom our thoughts are particularly directed at this time.  Among us here and among those who are afar off there are those who think of him with gratitude for what he has given them in his so ethical and religious wisdom, so simple and so deep.  With joy I acknowledge myself to be one of their number.

Lecture delivered in the United States in 1949


About Johann Wolfgang von Goethe

Albert Schweitzer’s Visit to America

Albert Schweitzer Biography
 

Albert Schweitzer Association

Welcome

Friday, September 27th, 2002

Reposted from the Albert Schweitzer Association.


Reverence for Life

Albert Schweitzer

I am life which wills to live, in the midst of life which wills to live. As in my own will-to-live there is a longing for wider life and pleasure, with dread of annihilation and pain; so is it also in the will-to-live all around me, whether it can express itself before me or remains dumb. The will-to-live is everywhere present, even as in me. If I am a thinking being, I must regard life other than my own with equal reverence, for I shall know that it longs for fullness and development as deeply as I do myself. Therefore, I see that evil is what annihilates, hampers, or hinders life. And this holds true whether I regard it physically or spiritually. Goodness, by the same token, is the saving or helping of life, the enabling of whatever life I can to attain its highest development. 

In me the will-to-live has come to know about other wills-to-live. There is in it a yearning to arrive at unity with itself, to become universal. I can do nothing but hold to the fact that the will-to-live in me manifests itself as will-to-live which desires to become one with other will-to-live. 

Ethics consist in my experiencing the compulsion to show to all will-to-live the same reverence as I do my own. A man is truly ethical only when he obeys the compulsion to help all life which he is able to assist, and shrinks from injuring anything that lives. If I save an insect from a puddle, life has devoted itself to life, and the division of life against itself has ended. Whenever my life devotes itself in any way to life, my finite will-to-live experiences union with the infinite will in which all life is one. 

An absolute ethic calls for the creating of perfection in this life. It cannot be completely achieved; but that fact does not really matter. In this sense reverence for life is an absolute ethic. It makes only the maintenance and promotion of life rank as good. All destruction of and injury to life, under whatever circumstances, it condemns as evil. True, in practice we are forced to choose. At times we have to decide arbitrarily which forms of life, and even which particular individuals, we shall save, and which we shall destroy. But the principle of reverence for life is nonetheless universal and absolute. 

Such an ethic does not abolish for man all ethical conflicts but compels him to decide for himself in each case how far he can remain ethical and how far he must submit himself to the necessity for destruction of and injury to life. No one can decide for him at what point, on each occasion, lies the extreme limit of possibility for his persistence in the preservation and furtherance of life. He alone has to judge this issue, by letting himself be guided by a feeling of the highest possible responsibility towards other life. We must never let ourselves become blunted. We are living in truth, when we experience these conflicts more profoundly. 

Whenever I injure life of any sort, I must be quite clear whether it is necessary. Beyond the unavoidable, I must never go, not even with what seems insignificant. The farmer, who has mown down a thousand flowers in his meadow as fodder for his cows, must be careful on his way home not to strike off in wanton pastime the head of a single flower by the roadside, for he thereby commits a wrong against life without being under the pressure of necessity.


The above statement by Albert Schweitzer was excerpted from Chapter 26 of The Philosophy of Civilization and from The Ethics of Reverence for Life in the 1936 winter issue of Christendom.  

In May, 1964, The Courier reprinted from the World Book Yearbook “Albert Schweitzer Speaks Out,” a stirring report in which he writes movingly of his concern for life and its future on this earth. He wrote of the origin of “Reverence for Life” which is the basis for his most important book, The Philosophy of Civilization. The following excerpts are from this report, which are more relevant today than when this article was written by Dr. Schweitzer. Edited by Lawrence Gussman


 Origin of Reverence for Life

From childhood, I felt a compassion for animals. Even before I started school, I found it impossible to understand why, in my evening prayers, I should pray only for human beings. Consequently, after my mother had prayed with me and had given me a good-night kiss, I secretly recited another prayer, one I had composed myself. It went like this: “Dear God, protect and bless all living beings. Keep them from evil and let them sleep in peace.”

The founding of societies to protect animals, which was actively promoted during my youth, made a great impression on me. People actually dared to announce publicly that compassion toward animals was a natural thing, a sign of true humanity and that one must not hide one’s feelings about it. I believed that a light was beginning to shine in the darkness of ideas, and that it would glow with ever greater brilliance.

In the closing years of the century, I continuously pondered the question: does our civilization truly possess the ethical character and energy essential to its complete fulfillment? This led me further and further into studies of civilization and ethics as they appeared in philosophical writings from 1850 to 1900. The most important philosophical writings of the time, I discovered, looked upon civilization and ethics as things we had received, things left to us, to be taken for granted and accepted as such. I could not escape the impression that an ethical system regraded as final did not demand much of people or of society. It was, in fact, an ethic “at rest.”

In looking back to the end of the century, I could never understand the optimism over the achievements of the times. Everywhere, many seemed to suppose that we had not merely advanced in knowledge, but that we had reached heights in spirituality and ethics we had never attained before and would never lose. But to me it seemed that we not only had failed to surpass the spiritual life of past generations, but that we were really only nibbling from their accomplishments, and that in many respects, our spiritual inheritance was dribbling out of our hands.

On numerous occasions, I was deeply distressed when inhumane ideas, publicly pronounced, met simple acceptance instead of rejection and censure. More and more, I turned my attention to the civilization and ethics of the last decade of the 19th century. As I did so, I decided to write a thorough and critical study on the spiritual state of the times in which I lived.

Despite the mounting pressures at the hospital, I still managed to find time to reflect on our civilization and our ethical values and why they were losing their force. But now I had to tackle a more basic question: could a lasting, more profound, and more vital ethical system be brought about? The sense of satisfaction that came with my recognition of the nature of the problem did not last long, however. Month after month went by without my advancing one step toward a solution. Everything I knew or had read on the subject of ethics served only to confound me even more.

In the summer of 1915, I took my wife, who was in poor health, to Port-Gentil on the Atlantic. I brought the meager drafts of my book along. In September, I received word that the wife of the Swiss missionary, Pelot, had fallen ill at their mission in N’GÙmÙ, and that I was expected to make a medical call there.

The mission was 120 miles upstream on the OgoouÈ River. My only means of immediate transportation was a small, old steamboat, towing heavily laden scows. Besides myself, there were only a few Africans aboard. Since I had no time to gather provisions in the rush of departure, they kindly offered to share their food with me.

We advanced slowly on our trip upstream. It was the dry season, and we had to feel our way through huge sandbanks. I sat in one of the scows. Before boarding the steamer, I had resolved to devote the entire trip to the problem of how a culture could be brought into being that possessed a greater moral depth and energy than the one we lived in. I filled page on page with disconnected sentences, primarily to center my every thought on the problem. Weariness and a sense of despair paralyzed my thinking.

At sunset of the third day, near the village of Igendja, we moved along an island set in the middle of the wide river. On a sandbank to our left, four hippopotamuses and their young plodded along in our same direction. Just then, in my great tiredness and discouragement, the phrase, “Reverence for Life,” struck me like a flash. As far as I knew, it was a phrase I had never heard nor ever read. I realized at once that it carried within itself the solution to the problem that had been torturing me. Now I knew that a system of values which concerns itself only with our relationship to other people is incomplete and therefore lacking in power for good. Only by means of reverence for life can we establish a spiritual and humane relationship with both people and all living creatures within our reach. Only in this fashion can we avoid harming others, and, within the limits of our capacity, go to their aid whenever they need us.

It also became clear to me that this elemental but complete system of values possessed an altogether different depth and an entirely different vitality than one that concerned itself only with human beings. Through reverence for life, we come into a spiritual relationship with the universe. The inner depth of feeling we experience through it gives us the will and the capacity to create a spiritual and ethical set of values that enable us to act on a higher plane, because we then feel ourselves truly at home in our world. Through reverence for life, we become, in effect, different persons. I found it difficult to believe that the way to a deeper and stronger ethic, for which I had searched in vain, had been revealed to me as in a dream. Now I was at last ready to write the planned work on the ethics of civilization.

I began to sketch in the volume on my philosophy of civilization. The plan was simple. First, I would give a general view of civilization and ethics as set forth in the writings of the world’s great thinkers. Secondly, I would occupy myself with the essence and the significance of the ethics of reverence for life.

The fundamental fact of human awareness is this: “I am life that wants to live in the midst of other life that wants to live.” A thinking man feels compelled to approach all life with the same reverence he has for his own. Thus, all life becomes part of this own experience. From such a point of view, “good” means to maintain life, to further life, to bring developing life to its highest value. “Evil” means to destroy life, to hurt life, to keep life from developing. This, then, is the rational, universal, and basic principle of ethics.

We must try to demonstrate the essential worth of life by doing all we can to alleviate suffering. Reverence for life, which grows out of a proper understanding of the will to live, contains life-affirmation. It acts to create values that serve the material, the spiritual, and ethical development of man.

Early in 1923, the text of my work, now called The Philosophy of Civilization, was ready for printing. But where to find a publisher? The prospects were unfavorable. In Germany, people were raving about Oswald Spengler’s fascinating and brilliant work, The Decline of the West. For Spengler, Western culture was something that had bloomed in history and was now dying. This tragic point of view was in keeping with the spirit of the time – the disillusionment and cynicism that came after World War I. In reality, Spengler had not investigated the nature of culture, but was merely describing the historical fate of a culture. How could I, in this climate, expect people to consider my views on civilization and ethics? Thus, because I lacked courage, I did not undertake to make contact with a publisher.

At that time, Mme. Emmy Martin, the widow of an Alsatian pastor, was assisting me with my correspondence. She asked to be allowed to take the manuscript along during her visit to a friend in Munich. She hoped to find a publisher there, even though she did not know any personally. While on an errand, she stopped off at the publishing firm of C.H. Beck and asked to talk to the director. A Mr. Albers introduced himself as the director’s representative. Mme. Martin explained her mission. Mr. Albers glanced through the first few pages of the manuscript and said: “We take this manuscript for publication unread. Albert Schweitzer is no stranger to us.”

By chance, C.H. Beck was also the publisher of Spengler’s book. This is how Spengler and I met. Instead of fighting with each other, Spengler and I became friends and often amiably discussed our conflicting conceptions of culture. The Philosophy of Civilization was published in 1923. A deep friendship developed between Mr. Albers and me. It ended when Hitler came into power, and Mr. Albers took his life rather than live under a dictator.

Today, many schools throughout the world are teaching reverence for life. Everything I hear and learn about the growing recognition of reverence for life strengthens my conviction that it is the fundamental truth mankind needs in order to reach the right spirit, and to be guided by it.

For today’s generation, this is of a special significance. Compared to former generations, inhumanity has actually grown. Because we possess atomic weapons, the possibility and temptation to destroy life has increased immeasurably. Due to the tremendous advances in technology, the capacity to destroy life has become the fate of mankind. We can save ourselves from this fate only by abolition of atomic weapons.

We must not allow cruel national thinking to prevail. The abolition of atomic weapons will become possible only if world opinion demands it. And the spirit needed to achieve this can be created only by reverence for life. The course of history demands that not only individuals become ethical personalities, but that nations do so as well.


Albert Schweitzer 1875-1965

The son of a Lutheran pastor, Albert Schweitzer was born in Alsace, then part of Germany and later part of France. By the age of 29 Schweitzer had already authored three books and made valuable contributions in the fields of music, religion, and philosophy. He was an acclaimed organist and world authority on Bach, a church pastor and principal of a theological seminary, and a university professor with a doctorate in philosophy.

At the age of 30, aware of the desperate need of Africans for medical care, he decided to become a medical doctor and devote the rest of his life serving the people of Africa. In 1913, at the age of 37, Dr. Schweitzer and his wife, HÈl‘ne, opened a hospital in LambarÈnÈ, Gabon – then a province of French Equatorial Africa. He devoted his life from then on to providing health care for the people in the area. Not even the serious setbacks during and immediately after World War I deterred him from his mission. 

In 1915 he came upon the insight, “Reverence for Life,” as the elementary and universal principle of ethics which he had been seeking. From the “will to live” evidenced in all living beings, Schweitzer demonstrated the ethical response for humans – Reverence for Life. By stressing the interdependence and unity of all life, he was a forerunner of the environmental and animal welfare movements. 

In 1953, at the age of 78, Albert Schweitzer was awarded the Nobel Peace Prize for the year 1952. In the speeches and writings during the last twelve years of his life, he emphasized the dangers of nuclear energy, nuclear testing, and the nuclear arms race between the superpowers. 

Although retired as a surgeon, Albert Schweitzer continued to oversee the hospital until his death at the age of 90. He and his wife are buried on the hospital grounds in LambarÈnÈ. 

Longer Biography


 Reposted from the Albert Schweitzer Association.

Welcome

Thursday, September 26th, 2002

Reposted from Edge.


John Brockman writes: Maybe there’s something beyond computation in the sense that we don’t understand and we can’t describe what’s going on inside living systems using computation only. When we build computational models of living systems—such as a self-evolving system or an artificial immunology system—they’re not as robust or rich as real living systems. Maybe we’re missing something, but what could that something be?

Rodney Brooks, a computer scientists and Director of the MIT’s Artificial Intelligence Laboratory, is looking for something beyond computation in the sense that we don’t understand and we can’t describe what’s going on inside living systems using computation only. When we build computational models of living systems, such as a self-evolving system or an artificial immunology system — they’re not as robust or rich as real living systems.

“Maybe we’re missing something,” Brooks asks, “but what could that something be?” He is puzzled that we’ve got all these biological metaphors that we’re playing around with—artificial immunology systems, building robots that appear lifelike—but none of them come close to real biological systems in robustness and in performance. “What I’m worrying about,” he says, “is that perhaps in looking at biological systems we’re missing something that’s always in there. You might be tempted to call it an essence of life, but I’m not talking about anything outside of biology or chemistry.”


Understanding Life—Beyond Computation

Rod Brooks

Every nine years or so I change what I’m doing scientifically. Last year, 2001, I moved away from building humanoid robots to worry about what the difference is between living matter and non-living matter. You have an organization of molecules over here and it’s a living cell; you have an organization of molecules over here and it’s just matter. What is it that makes something alive? Humberto Maturana was interested in this question, as was the late Francisco Varela in his work on autopoesis. More recently, Stuart Kauffman has talked about what it is that makes something living, how it is a self-perpetuating structure of interrelationships.

We have all become computation-centric over the last few years. We’ve tended to think that computation explains everything. When I was a kid, I had a book which described the brain as a telephone-switching network. Earlier books described it as a hydrodynamic system or a steam engine. Then in the ’60s it became a digital computer. In the ’80s it became a massively parallel digital computer. I bet there’s now a kid’s book out there somewhere which says that the brain is just like the World Wide Web because of all of its associations. We’re always taking the best technology that we have and using that as the metaphor for the most complex things—the brain and living systems. And we’ve done that with computation.

But maybe there’s more to us than computation. Maybe there’s something beyond computation in the sense that we don’t understand and we can’t describe what’s going on inside living systems using computation only. When we build computational models of living systems—such as a self-evolving system or an artificial immunology system—they’re not as robust or rich as real living systems. Maybe we’re missing something, but what could that something be?

You could hypothesize that what’s missing might be some aspect of physics that we don’t yet understand. David Chalmers has certainly used that notion when he tries to explain consciousness. Roger Penrose uses that notion to a certain extent when he says that it’s got to be the quantum effects in the microtubules. He’s looking for some physics that we already understand but are just not describing well enough.

If we look back at how people tried to understand the solar system in the time of Kepler and Copernicus, we notice that they had their observations, geometry, and a. They could describe what was happening in those terms, but it wasn’t until they had calculus that they were really able to make predictions and have a really good model of what was happening. My working hypothesis is that in our understanding of complexity and of how lots of pieces interact we’re stuck at that algebra-geometry stage. There’s some other tool—some organizational principle—that we need to understand in order to really describe what’s going on.

And maybe that tool doesn’t have to be disruptive. If we look at what happened in the late 19th century through the middle of the 20th, there were a couple of very disruptive things that happened in physics: quantum mechanics and relativity. The whole world changed. But computation also came along in that time period—around the 1930s—and that wasn’t disruptive. If you were to take a 19th century mathematician and sit him down in front of a chalk board, you could explain the ideas of computation to him in a few days. He wouldn’t be saying, “My God, that can’t be true!” But if we took a 19th century physicist (or for that matter, an ordinary person in the 21st century) and tried to explain quantum mechanics to him, he would say, “That can’t be true. It’s too disruptive.” It’s a completely different way of thinking. Using computation to look at physical systems is not disruptive to the extent that it needs its own special physics or chemistry; it’s just a way of looking at organization.

So, my mid-life research crisis has been to scale down looking at humanoid robots and to start looking at the very simple question of what makes something alive, and what the organizing principles are that go on inside living systems. We’re coming at it with two and a half or three prongs. At one level we’re trying to build robots that have properties of living systems that robots haven’t had before. We’re trying to build robots that can repair themselves, that can reproduce (although we’re a long way from self-reproduction), that have metabolism, and that have to go out and seek energy to maintain themselves. We’re trying to design robots that are not built out of silicon steel, but out of materials that are not as rigid or as regular as traditional materials—that are more like what we’re built out of. Our theme phrase is that we’re going to build a robot out of Jello. We don’t really mean we’re actually going to use Jello, but that’s the image we have in our mind. We are trying to figure out how we could build a robot out of “mushy” stuff and still have it be a robot that interacts in the world.

The second direction we’re going is building large-scale computational experiments. People might call them simulations, but since we’re not necessarily simulating anything real I prefer to call them experiments. We’re looking at a range of questions on living systems. One student, for example, is looking at how multi-cellular reproduction can arise from single-cell reproduction. When you step back a little bit you can understand how single-cell reproduction works, but then how did that turn into multi-cellular reproduction, which at one level of organization looks very different from what’s happening in the single-cell reproduction. In single-cell reproduction one thing gets bigger and then just breaks into two; in multicell reproduction you’re actually building different sorts of cells. This is important in speculating about the pre-biotic emergence of self-organization in the soup of chemicals that used to be Earth. We’re trying to figure out how self-organization occured, and how it bootstraped Darwinian evolution, DNA, etc. out of that. The current dogma is that DNA is central. But maybe DNA came along a lot later as a regulatory mechanism.

In other computational experiments we’re looking at very simple animals and modeling their neural development. We’re looking at polyclad flatworms, which have a very primitive, but very adaptable brain with a couple of thousand neurons. If you take a polyclad flatworm and cut out its brain, it doesn’t carry out all of its usual behaviors but it can still survive. If you then get a brain from another one and you put it into this brainless flatworm, after a few days it can carry out all of its behaviors pretty well. If you take a brain from another one and you turn it about 180 degrees and put it in backwards, the flatworm will walk backwards a little bit for the first few days, but after a few days it will be back to normal with this brain helping it out. Or you can take a brain and flip it over 180 degrees, and it adapts, and regrows. How is that regrowth and self-organization happening in this fairly simple system? All of these different projects are looking at how this self-organization happens with computational experiments in a very artificial life-like way.

The third piece is trying to see if we can generate some mathematical principles out of these robots and these computational experiments. That, of course, is what we’re really after. But at the same time, my research methodology is not to go after a question like that directly, because you sit and twiddle your thumbs and speculate for years and years. I try to build some real systems and then try and generalize from them.

If we—or more probably, other people—are successful at this, and can get to a real understanding of how all of these different pathways inside a living system interact to create a living system, then we’ll have a new level of technology that can be built on top of that. We will in a principled way then be able to manipulate biological material in the way that we’ve learned in the last couple of hundred years to manipulate steel and then silicon. In 50 years our technological infrastructure and our bodies may be quite indistinguishable in that they’ll be the same sort of processes.

I have several interesting robotics projects underway. One of the robots I must say was inspired by Bill Joy, probably to his dismay. We have a robot now that wanders around the corridors, finds electrical outlets, and plugs itself in. The next step is to make it hide during the day and come out at night and plug itself in. I’d like to build a robot vermin. Once I started talking about this, someone told me about a science fiction story from the ’50s or ’60s about a similar creature—The Beast Mark 3, or 4—which I like quite a lot. In the story the robot squeals when you pick it up and runs away. It doesn’t have an off-switch, so the only way to get rid of it is to take a hammer to the thing, or lock it in a room where there are no outlets and let it starve to death. I’m trying to build some robots like that as thought-provoking pieces—and just because Bill Joy was afraid of them.

We’re also trying to build self-reproducing robots. We’ve been doing experiments with Fischer Technik and Lego. We’re trying to build a robot out of Lego which can put together a copy of itself with Lego pieces. Obviously you need motors and some little computational units, but the big question is to determine what the fixed points in mechanical space are to create objects that can manipulate components of themselves and construct themselves. There is a deep mathematical question to get at there, and for now we’re using these off-the-shelf technologies to explore that. Ultimately we expect we’re going to get to some other generalized set of components which have lots and lots of ways of cooperatively being put together, and hope that we can get them to be able to manipulate themselves. You can do this computationally in simulation very easily, but in the real world the mechanical properties matter. What is that self-reflective point of mechanical systems? Biomolecules as a system have gotten together and are able to do that.

We’ve also been looking at how things grow. We, and biological systems, grow from simple to more complex. How do the mechanics of that growth happen? How does rigidity come out of fairly sloppy materials? To address these questions we’ve been looking at tensegrity structures. On the computational side, I’m trying to build an interesting chemistry which is related to physics and has a structure where you get interesting combinatorics out of simple components in a physical simulation, so that properties of living systems can arise through spontaneous self-organization. The question here is: What sorts of influences do you need on the outside? In the pre-biotic soup on Earth you had tides, which were very important for sorting. You had regular thunderstorms every three or four days which served as very regular sorting operations, and then we had the day and night cycle—heating and cooling. With this thermodynamic washing through of chemicals, it may be that some clays attached themselves to start self-organizations, but you had to get from crystal to this other sort of organization. What are the key properties of chemistry which can let that arise? What’s the simplest chemistry you can have in which that self-organization will arise? What is the relationship between the combinatorics and the sorts of self-organizations that can arise? Obviously our chemistry let that arise. We are creating computational systems and exploring that space.

My company, iRobot, has been pushing in a bunch of different areas. There’s been a heightened interest in military robots, especially since September 11. By September 12 we had some of our robots down at Ground Zero in New York trying to help look for survivors under the rubble. There’s been an increase in interest in robots that can do search and rescue, in robots that can find mines, and in portable robots that can do reconnaissance. These would be effective when small groups, like the special forces we’ve seen in Afghanistan, go in somewhere and they don’t necessarily want to stick their heads up to go look inside a place. They can send the robot in to do that.

Another robot that we’re just starting to get into production now after three years of testing is a robot to go down oil wells. This particular one is 5 centimeters in diameter and 14 meters long. It has to be autonomous, because you can’t communicate by radio. Right now, if you want to go and manipulate oil wells while they are in production, you need a big infrastructure on the surface to shove a big thick cable down. This can mean miles and miles of cable, which means tons of cable on the surface, or a ship sitting above the oil well to push this stuff down through 30-foot segments of pipe that go one after the other after the other for days and days and days. We’ve built these robots that can go down oil wells,—where the pressure is 10,000 psi at 150 degrees Centigrade—carry along instruments, do various measurements, and find out where there might be too much water coming into the well. Modern wells have sleeves that can be moved back and forth to block off work in segments where changes in pressure in the shale layer from oil flow would suggest that it would be more effective to let the oil in somewhere else. When you have a managed oil well you’re going to increase the production by about a factor of two over the life of the well. The trouble is, it’s been far too expensive to manage the oil wells because you need this incredible infrastructure. These robots cost something on the order of a hundred thousand dollars.

They’re retrievable, because you don’t want them down there blocking the oil flow. And they’re tiny. A robot that’s five centimeters in diameter in an oil bores that is the standard size soon starts to clog things up. The robots go down there and you can’t communicate with them, but we’ve pushed them to failures artificially and have also had some failures down there which we didn’t predict, and in every case they’ve managed to reconfigure themselves and get themselves out.

Other things happening in robots are toys. Just like the first microprocessors, the first robots are getting into people’s homes in toys. We had a bit of a downturn in high tech toys since September 11, and we’re more back to basics, but it will spring back next year. There are a lot of high-tech, simple robot toys coming on the market; we’re certainly playing in that space.

Another interesting thing just now starting to happen is robots in the home. For a couple of years now you’ve been able to buy lawn-mowing robots from the Israeli company, Friendly Machines. In the past month Electrolux has just started selling their floor-cleaning robot. A couple of other players have also made announcements, but no one’s delivering besides Electrolux. We’re on the start of the curve of getting robots into our homes and doing useful work if these products turn out to be successful.

My basic research is conducted at The Artificial Intelligence Lab at MIT, which is an interdisciplinary lab. We get students from across the Institute, although the vast majority are computer science majors. We also have electrical engineering majors, brain and cognitive science students, some mechanical engineering students, even some aeronautics and astronautics students these days because there is a big push for autonomous systems in space. We work on a mixture of applied and wacky theoretical stuff.

The most successful applied stuff over the last 3 or 4 years has been in assistance of surgery. Using computer vision techniques, we have built robots that take all different sorts of imagery during surgery. There are new MRI machines where you can have a patient inside an MRI as you’re doing surgery. You get coarse measurements, register those with the fine MRI measurements done in a bigger machine beforehand, and then get the surgeon a real-time 3-dimensional picture of everything inside the brain of the patient undergoing brain surgery. If you go to one of the major hospitals here in Boston for brain surgery, you’re going to have a surgeon assisted by AI systems developed at the lab. The first few times this was running we had grad students in the OR rebooting Unix at critical points. Now we’re way past that—we don’t have any one of our own staff there. It’s all handed over to the surgeons and the hospital staff, and it’s working well. They use it for every surgery.

The newest thing, which is just in clinical trials right now, is virtual colonoscopies. Instead of actually having to shove the thing up to look, we can take MRI scans, and then the clinician sits there and does a fly-through the body. Algorithms go in, look for the polyp, and highlight the potential polyps. It’s an external scan to replace what has previously been an internal intrusion.

The clinical trials have just started. I view this registration of data sets as a step forwards. It’s like the Star Trek tricorder which scans up and down the body and tells you what’s wrong. We’re building the technologies that are going to allow that sort of thing to happen. If these clinical trials work out, within five years the colonoscopies could become common. Scanning a patient with something like the tricoder is a lot further off, but that’s the direction we’re going; we’re putting those pieces of technology together.

That’s the applied end of what we’re doing at the lab. At the wackier, far-out end, Tom Knight now has a compiler in which you give a simple program to the system, and it compiles the program into a DNA strip. He then inserts that DNA string into the genome of E. coli, and it grows into a whole bunch of E. coli. When the RNA transcription mechanism encounters that piece of DNA it does a digital computation inside the living cell, connecting them to sensors and actuators. The sensors that he’s used so far are sensing various lactone molecules. It can then send messages to these cells by putting a molecule in a solution with the cells. They, in turn, then do some computation. In the two outputs he’s demonstrated so far they produce other lactone molecules which diffuse across the cell membrane, and maybe go to a different species of E. coli that he has in the same batch with a different program running in them. He also stole a luminescent chain from a Japanese jellyfish, so he can make these cells light up with one big answer—1 or 0—depending on the results of the computation. This is still in its early days, but this, in conjunction with another program on amorphous computing, holds some promise down the line.

To explain amorphous computing, let me suggest the following thought experiment. Say that in a bucket of paint you have a whole bunch of computers which are little display elements. Instead of having a big LCD screen, you just get your paint brush, you paint this paint on the wall, and these little computation elements locally can communicate with the other elements nearby them in the paint. They’re not regularly spaced, but you can predict ahead of time the density, and have them self-organize themselves into a big geometric display. Next you couple this with some of these cells that can do digital computation.

A little further out, you grow a sheet of cells—just feed ‘em some sugar and have them grow. They’re all doing the same little computation—communicating with their neighbors by diffusing lactone molecules—and you have them self-organize and understand their spatial structure. 30 years from now, instead of growing a tree, cutting down the tree and building this wooden table, we would be able to just place some DNA in some living cells, and grow the table, because they self-organize. They know where to grow and how to change their production depending on where they are. This is going to be a key to this new industrial infrastructure of biomaterials—a little bit of computation inside each cell, and self-organization.

We’ve come a long way since the early AI stuff. In the ’50s, when John McCarthy had that famous 6-week meeting up in Dartmouth where he coined the term “artificial intelligence,” people got together and thought that the keys to understanding intelligence were being able to reproduce the stuff that those MIT and Carnegie Tech graduates found difficult to do. Al Newell and Herb Simon, for example, built some programs that could start to prove some of the theorems in Russell and Whitehead’s Principia. Other people, like Turing and Wiener, were interested in playing chess, and that was the thing that people with a technical degree still found difficult to do. The concentration was really on those intellectual pursuits. Herb Simon thought that they would be the key to understanding thinking.

What they missed was how important our embodiment and our perception of the world are as the basis for our thinking. To a large extent they ignored vision, which does a large part of the processing that goes on in your head. In our vision algorithms today we can do things like face recognition and face tracking . We can do motion tracking very well now, actually. But we still cannot do basic object recognition. We can’t have a system look at a table and identify a cassette recorder or a pair of eye glasses, which is stuff that a 3-year-old can do. In the early days that stuff was viewed as being so easy, and because everyone could do it no one thought that it could be the key. Over time there’s been a realization that vision, sound-processing, and early language are maybe the keys to how our brain is organized and that everything that’s built on top of that makes us human and gives us our intellect. There’s a whole other approach to getting to intellectual robots if you like—based on perception and language—which was not there in the early days.

I used to carry this paper around from 1967: MIT Artificial Intelligence Memo #100. It was written by Seymour Papert. He assigned Gerry Sussman, who was an undergraduate at the time, a summer project of solving vision. They thought it must be easy and that an undergraduate should be able to knock it off in three months.

It didn’t quite turn out that way.


Rodney A. Brooks is Director of the MIT Artificial Intelligence Laboratory, and Fujitsu Professor of Computer Science. He is also Chairman and Chief Technical Officer of iRobot, a 120-person robotics company. Dr. Brooks also appeared as one of the four principals in the Errol Morris movie Fast, Cheap, and Out of Control (named after one of his papers in the Journal of the British Interplanetary Society) in 1997 (one of Roger Ebert’s 10 best films of the year). He is the author of Flesh and Machines.  more

Reposted from Edge

Welcome

Wednesday, September 25th, 2002

Reposted from The New York Times:  Science


 

Science’s 10 Most Beautiful Experiments

George Johnson

Whether they are blasting apart subatomic particles in accelerators, sequencing the genome or analyzing the wobble of a distant star, the experiments that grab the world’s attention often cost millions of dollars to execute and produce torrents of data to be processed over months by supercomputers. Some research groups have grown to the size of small companies.

But ultimately science comes down to the individual mind grappling with something mysterious. When Robert P. Crease, a member of the philosophy department at the State University of New York at Stony Brook and the historian at Brookhaven National Laboratory, recently asked physicists to nominate the most beautiful experiment of all time, the 10 winners were largely solo performances, involving at most a few assistants.

Most of the experiments — which are listed in this month’s Physics World — took place on tabletops and none required more computational power than that of a slide rule or calculator.

What they have in common is that they epitomize the elusive quality scientists call beauty. This is beauty in the classical sense: the logical simplicity of the apparatus, like the logical simplicity of the analysis, seems as inevitable and pure as the lines of a Greek monument. Confusion and ambiguity are momentarily swept aside, and something new about nature becomes clear.

The list in Physics World was ranked according to popularity, first place going to an experiment that vividly demonstrated the quantum nature of the physical world. But science is a cumulative enterprise — that is part of its beauty. Rearranged chronologically and annotated below, the winners provide a bird’s-eye view of more than 2,000 years of discovery.

Eratosthenes’ measurement of the Earth’s circumference

At noon on the summer solstice in the Egyptian town now called Aswan, the sun hovers straight overhead: objects cast no shadow and sunlight falls directly down a deep well. When he read this fact, Eratosthenes, the librarian at Alexandria in the third century B.C., realized he had the information he needed to estimate the circumference of the planet. On the same day and time, he measured shadows in Alexandria, finding that the solar rays there had a bit of a slant, deviating from the vertical by about seven degrees.

The rest was just geometry. Assuming the earth is spherical, its circumference spans 360 degrees. So if the two cities are seven degrees apart, that would constitute seven-360ths of the full circle — about one-fiftieth. Estimating from travel time that the towns were 5,000 “stadia” apart, Eratosthenes concluded that the earth must be 50 times that size — 250,000 stadia in girth. Scholars differ over the length of a Greek stadium, so it is impossible to know just how accurate he was. But by some reckonings, he was off by only about 5 percent. (Ranking: 7)

Galileo’s experiment on falling objects


Corbis-Bettman, Galilei; Sir Godfrey Kneller, Newton.
Clockwise, from top left: Eratosthenes, Galileo Galilei, Henry Cavendish and Isaac Newton.




Photo Researches, top row; The New York Times
Clockwise, from top left: Thomas Young, Jean-Bernard-Leon Foucault, Ernest Rutherford and Robert Millikan.

In the late 1500′s, everyone knew that heavy objects fall faster than lighter ones. After all, Aristotle had said so. That an ancient Greek scholar still held such sway was a sign of how far science had declined during the dark ages.

Galileo Galilei, who held a chair in mathematics at the University of Pisa, was impudent enough to question the common knowledge. The story has become part of the folklore of science: he is reputed to have dropped two different weights from the town’s Leaning Tower showing that they landed at the same time. His challenges to Aristotle may have cost Galileo his job, but he had demonstrated the importance of taking nature, not human authority, as the final arbiter in matters of science. (Ranking: 2)

Galileo’s experiments with rolling balls down inclined planes

Galileo continued to refine his ideas about objects in motion. He took a board 12 cubits long and half a cubit wide (about 20 feet by 10 inches) and cut a groove, as straight and smooth as possible, down the center. He inclined the plane and rolled brass balls down it, timing their descent with a water clock — a large vessel that emptied through a thin tube into a glass. After each run he would weigh the water that had flowed out — his measurement of elapsed time — and compare it with the distance the ball had traveled.

Aristotle would have predicted that the velocity of a rolling ball was constant: double its time in transit and you would double the distance it traversed. Galileo was able to show that the distance is actually proportional to the square of the time: Double it and the ball would go four times as far. The reason is that it is being constantly accelerated by gravity. (Ranking: 8)

Newton’s decomposition of sunlight with a prism

Isaac Newton was born the year Galileo died. He graduated from Trinity College, Cambridge, in 1665, then holed up at home for a couple of years waiting out the plague. He had no trouble keeping himself occupied.

The common wisdom held that white light is the purest form (Aristotle again) and that colored light must therefore have been altered somehow. To test this hypothesis, Newton shined a beam of sunlight through a glass prism and showed that it decomposed into a spectrum cast on the wall. People already knew about rainbows, of course, but they were considered to be little more than pretty aberrations. Actually, Newton concluded, it was these colors — red, orange, yellow, green, blue, indigo, violet and the gradations in between — that were fundamental. What seemed simple on the surface, a beam of white light, was, if one looked deeper, beautifully complex. (Ranking: 4)

Cavendish’s torsion-bar experiment

Another of Newton’s contributions was his theory of gravity, which holds that the strength of attraction between two objects increases with the square of their masses and decreases with the square of the distance between them. But how strong is gravity in the first place?

In the late 1700′s an English scientist, Henry Cavendish, decided to find out. He took a six-foot wooden rod and attached small metal spheres to each end, like a dumbbell, then suspended it from a wire. Two 350-pound lead spheres placed nearby exerted just enough gravitational force to tug at the smaller balls, causing the dumbbell to move and the wire to twist. By mounting finely etched pieces of ivory on the end of each arm and in the sides of the case, he could measure the subtle displacement. To guard against the influence of air currents, the apparatus (called a torsion balance) was enclosed in a room and observed with telescopes mounted on each side.

The result was a remarkably accurate estimate of a parameter called the gravitational constant, and from that Cavendish was able to calculate the density and mass of the earth. Erastothenes had measured how far around the planet was. Cavendish had weighed it: 6.0 x 1024 kilograms, or about 13 trillion trillion pounds. (Ranking: 6)

Young’s light-interference experiment

Newton wasn’t always right. Through various arguments, he had moved the scientific mainstream toward the conviction that light consists exclusively of particles rather than waves. In 1803, Thomas Young, an English physician and physicist, put the idea to a test. He cut a hole in a window shutter, covered it with a thick piece of paper punctured with a tiny pinhole and used a mirror to divert the thin beam that came shining through. Then he took “a slip of a card, about one-thirtieth of an inch in breadth” and held it edgewise in the path of the beam, dividing it in two. The result was a shadow of alternating light and dark bands — a phenomenon that could be explained if the two beams were interacting like waves.

Bright bands appeared where two crests overlapped, reinforcing each other; dark bands marked where a crest lined up with a trough, neutralizing each other.

The demonstration was often repeated over the years using a card with two holes to divide the beam. These so-called double-slit experiments became the standard for determining wavelike motion — a fact that was to become especially important a century later when quantum theory began. (Ranking: 5)

Foucault’s pendulum

Last year when scientists mounted a pendulum above the South Pole and watched it swing, they were replicating a celebrated demonstration performed in Paris in 1851. Using a steel wire 220 feet long, the French scientist Jean-Bernard-LÈon Foucault suspended a 62-pound iron ball from the dome of the PanthÈon and set it in motion, rocking back and forth. To mark its progress he attached a stylus to the ball and placed a ring of damp sand on the floor below.

The audience watched in awe as the pendulum inexplicably appeared to rotate, leaving a slightly different trace with each swing. Actually it was the floor of the PanthÈon that was slowly moving, and Foucault had shown, more convincingly than ever, that the earth revolves on its axis. At the latitude of Paris, the pendulum’s path would complete a full clockwise rotation every 30 hours; on the Southern Hemisphere it would rotate counterclockwise, and on the Equator it wouldn’t revolve at all. At the South Pole, as the modern-day scientists confirmed, the period of rotation is 24 hours. (Ranking: 10)

Millikan’s oil-drop experiment

Since ancient times, scientists had studied electricity — an intangible essence that came from the sky as lightning or could be produced simply by running a brush through your hair. In 1897 (in an experiment that could easily have made this list) the British physicist J. J. Thomson had established that electricity consisted of negatively charged particles — electrons. It was left to the American scientist Robert Millikan, in 1909, to measure their charge.

Using a perfume atomizer, he sprayed tiny drops of oil into a transparent chamber. At the top and bottom were metal plates hooked to a battery, making one positive and the other negative. Since each droplet picked up a slight charge of static electricity as it traveled through the air, the speed of its descent could be controlled by altering the voltage on the plates. (When this electrical force matched the force of gravity, a droplet — “like a brilliant star on a black background” — would hover in midair.)

Millikan observed one drop after another, varying the voltage and noting the effect. After many repetitions he concluded that charge could only assume certain fixed values. The smallest of these portions was none other than the charge of a single electron. (Ranking: 3)

Rutherford’s discovery of the nucleus

When Ernest Rutherford was experimenting with radioactivity at the University of Manchester in 1911, atoms were generally believed to consist of large mushy blobs of positive electrical charge with electrons embedded inside — the “plum pudding” model. But when he and his assistants fired tiny positively charged projectiles, called alpha particles, at a thin foil of gold, they were surprised that a tiny percentage of them came bouncing back. It was as though bullets had ricocheted off Jell-O.

Rutherford calculated that actually atoms were not so mushy after all. Most of the mass must be concentrated in a tiny core, now called the nucleus, with the electrons hovering around it. With amendments from quantum theory, this image of the atom persists today. (Ranking: 9)

Young’s double-slit experiment applied to the interference of single electrons

Neither Newton nor Young was quite right about the nature of light. Though it is not simply made of particles, neither can it be described purely as a wave. In the first five years of the 20th century, Max Planck and then Albert Einstein showed, respectively, that light is emitted and absorbed in packets — called photons. But other experiments continued to verify that light is also wavelike.

It took quantum theory, developed over the next few decades, to reconcile how both ideas could be true: photons and other subatomic particles — electrons, protons, and so forth — exhibit two complementary qualities; they are, as one physicist put it, “wavicles.”

To explain the idea, to others and themselves, physicists often used a thought experiment, in which Young’s double-slit demonstration is repeated with a beam of electrons instead of light. Obeying the laws of quantum mechanics, the stream of particles would split in two, and the smaller streams would interfere with each other, leaving the same kind of light- and dark-striped pattern as was cast by light. Particles would act like waves.

According to an accompanying article in Physics World, by the magazine’s editor, Peter Rodgers, it wasn’t until 1961 that someone (Claus Jˆnsson of T¸bingen) carried out the experiment in the real world.

By that time no one was really surprised by the outcome, and the report, like most, was absorbed anonymously into science. (Ranking: 1)

Copyright 2002 The New York Times Company


Reposted from The New York Times: Science

Welcome

Tuesday, September 24th, 2002

The following abstract is for a paper-talk prepared for the Annual Meeting, Association for Politics and the Life Sciences, Montreal, Canada, August 11-14, 2002 

( I have divided the abstract  into paragraphs for improved readability)


 Synergy and the Evolution of ‘Superorganisms’

Peter A. Corning, Ph.D.

The so-called “organismic analogy,” which has graced social and political theory (off and on) ever since Plato, has reemerged in evolutionary biology in recent years as a way of characterizing key properties of social organization in the natural world – although the preferred moniker these days is Herbert Spencer’s term “superorganism”. (Biologists often give credit to one of their own, William Morton Wheeler, but Wheeler’s writings appeared several decades later.)

As Spencer himself argued, the organismic analogy is justified by the existence of common functional properties at “higher levels” of biological organization, including especially “functional differentiation” and “integration” with respect to overarching, collective goals or objectives; there is a functional commonality between organisms and superorganisms. But more important, superorganisms may also constitute a distinct unit of selection (and adaptive change) in the evolutionary process.

In accordance with the so-called “Synergism Hypothesis,” the combined functional effects that are produced by “wholes” are the primary causal agency underlying the evolution of cooperation and complexity in nature. It is the synergies (the economic payoffs, broadly speaking) that are the drivers for evolutionary complexification. (A number of illustrations will be provided, including bacterial colonies, social insects, symbiotic partnerships and social mammals.)

Without exception, however, superorganisms are also dependent upon cybernetic (communications and control) processes – or “governance.”

Accordingly, human superorganisms (and their political systems) are not sui generis but are variations on a major evolutionary theme. Indeed, it is likely that social organization played a key part in human evolution, and in the rise of civilization. (The accumulating evidence will be briefly reviewed in this paper.)

A modern human society represents an elaboration upon an ancient hominid survival strategy. It is, quintessentially, a “collective survival enterprise.” This perspective casts a different light on the ongoing process of cultural evolution and the much-debated prospects for global governance, or political “devolution” – or both.

Paradoxical as it may seem, the current, dualistic trend toward both more and less inclusive superorganisms may continue as the economic and political topography and the functional needs for governance continue to evolve.

Accordingly, a global superorganism may well be emerging even as traditional nation-states are devolving.

The history of the European Union suggests that an explicit “vision” of a global superorganism can serve as an important motivator and catalyst for this process. However, this is only the beginning, and deep problems currently exist.

To quote the distinguished 20th century evolutionary biologist, Theodosius Dobzhansky: “The future is not vouchsafed by any law of nature, but it can be striven for.”

Copyright © 2002 ISCS. All rights reserved.


Peter Corning’s Website

Welcome

Monday, September 23rd, 2002

This weekend our attention was attracted by the arrest of a young mother caught on security videotape beating her four year old daughter. She turned herself in as you may have heard. Now we will get to watch as the lawyers work to protect her from her responsibility. I expect there will soon be a motion to suppress the videotape as an invasion of her privacy. Stay tuned.

This morning, I repost this essay written by daughter from last year.


Synergic Justice

Reason Wilken

There are many ingredients of a good drama. Among them are tragedy, irony and suspense. Thus, it comes as no surprise that the current legal system provides plenty of fodder for shows like The Practice and Law & Order. In the course of one episode an individual guilty of murder can walk free or an innocent person can be found guilty ‘beyond reasonable doubt’. The testimony of a key witness may be thrown out on a technicality, and a defense attorney may pledge the innocence of their (guilty) client. Things are not always as they seem inside a courtroom, which provides plenty of plot twists for producers and writers. But if one is to look beyond the drama, is our current system of crime and punishment really “just”? It seems like there must be a better system of justice available, one in which a convicted killer could not be absolved of responsibility by pleading insanity. The newly proposed synergic organization called the Life Trust may be one such alternative.

The crux of the Life Trust rests on what is referred to as the Principle of Non-Allness. This principle states that all the factors, details and circumstances in a situation can never be known. There is always uncertainty with regards to what will happen next, and all humans are living their lives and choosing courses of action do so without all of the information. In this context, mistakes are viewed in a new light. No longer are mistakes “bad” and worthy of blame and punishment. Instead, mistakes are the result of ignorance. They are an inevitable part of life because no one has all the information, but they do provide an opportunity to learn. Thus, mistakes should be dealt with using education rather than condescension, blame and punishment.

The Life Trust is based upon a biological model: cancer. Cancer cells are continually being created during the process of cellular division and are (usually) destroyed by the immune system. The immune system is able to recognize cancer cells as abnormal and contain their spread by destroying them. In the Life Trust, individuals who take part in adversary events are like cancer cells, and they threaten the well-being of society just as cancer cells threaten the health of the body. Law enforcement officials (referred to as Life Trust Guardians) are akin to the immune system, seeking out adversary individuals and containing them. The process does not stop with containment (as it often does in the current system), but moves on to education and rehabilitation in order to help prevent future adversary events.


At first glance, the Life Trust may seem very similar to the current incarnation of the justice system. Both systems entail some form of investigation and containment of adversary individuals, but they are based on very different philosophies. Currently, the judicial system revolves around blame and punishment. The Life Trust Guardians focus on responsibility, education and rehabilitation.

The idea is that individuals who commit act such as theft and murder are not necessarily bad people, but they are definitely dangerous and misguided. Sentencing them to a number of years in a jail cell certainly keeps them out of society for the time being, but does nothing to address the cause of the problem. In this traditional arrangement, it is possible that criminals may relapse into their old ways as soon as parole comes up and they are released back into society. Under the direction of the Life Trust, responsible individuals receive counseling, education and clinical treatment during their containment and are not released until they are judged to no longer be a danger to others. For some violent criminals, release from containment may never come.

In addition to education, the Life Trust Guardians stress the importance of restitution. Restitution is a form of payback that the responsible individual makes to the party hurt by his or her actions. It can be financial, or simply a donation of some services or goods. Restitution is by no means intended to fully atone for the damage done in an adversary act, but it is a gesture on the part of the responsible individual that says “I’m sorry”. It is in addition to the education and rehabilitation parts of the process and is not intended to be a substitute. Restitution drives home the point of responsibility for one’s actions, and is a more personal way to help make up the damage than simply serving time.

While the Life Trust Guardian system seems like just a more comprehensive and detailed formula for the administration of justice, there are several points where it is advantageous over the traditional system of crime and punishment. First and foremost, it tends to maximize justice. There are no trials held by the Life Trust. While it seems peculiar at first how there could be any justice without criminal trials, it soon becomes clear.

Imagine a well-functioning immune system that happens across a group of malignant cells. Because of the immune system’s detective abilities, it is sure that the cells are indeed cancerous. The next step is not to ask the cells why they developed into cancer cells, or to try and provide a rationale for the cells’ malignant behavior. If the overall health of the organism is to be preserved, than the cancer must be contained and destroyed. Once the responsible cells are found, action must be taken.

In a similar fashion, the Life Trust Guardians do not waste time in their administration of justice. In lieu of trials, there are Responsibility Hearings. These hearings are shorter than trials because there is no prosecution, no defense and no battle over the fate of the allegedly responsible individual. Facts are presented, witnesses may be interviewed,but decisions are based on evidence only. It would not be possible to throw out key witness testimonies or evidence on a technicality. In our present legal system, lawyers may provide defense for criminals knowing full well that they are guilty. Because of the various loopholes available, it is not uncommon for a guilty individual to escape sentence or an innocent person to be framed. The current system is truly rather subjective, and the strength of a case may depend directly on the skill of the attorney.

In addition, the Life Trust system also maximizes justice by minimizing dishonesty. It is important to understand that this is not a punishment-based system. It is part of human nature to desire protection from punishment, and often people may lie in order to escape negative consequences. The Life Trust system drastically reduces the urge to lie because it relies on education, not punishment. Those convicted of crimes will be educated, not berated. Convicted criminals are not only contained physically, they are rehabilitated mentally. In a synergic world, the desire to harm another is akin to a mental illness and needs to be treated as such. In the traditional system, “insanity” is a plea that is capable of getting a criminal acquitted. In the Life Trust, it is indeed the most damning evidence of guilt.

Read a full description of the Life Trust Guardian system


Related links: A Synergic Future, A Synergic Future -II, OrtegrityBeyond War, Protecting Humanity

Welcome

Friday, September 20th, 2002

Superior / Inferior
The Problem is “in here.”

Dee Hock

Retirement on the job at the National Bank of Commerce was not all reflection. One day stands out. I had been sent to a suburban office to learn branch banking. The manager turned me over to a crusty woman who was to train me to be a teller. The very soul of courtesy to customers and a genius at the work, she was, nevertheless, of choleric disposition, not at all improved by tenuous relations with men. When she turned away from attending to a customer, she could be a veritable bear, and I was raw meat. At the close of a trying day she brought me to my knees.

The branch was closed for the day and empty of customers. The lady and I could not balance the day’s activities. More than an hour passed as we checked everything time and again without success. Clearly, this was not something to which she was accustomed. The likely source of the problem was standing at her side. She turned to me with an order, beneath which there appeared a glint of sadistic humor.

“It must be a lost deposit. Go down to the basement, look through the garbage, and see if you can find it.” Speechless, I descended to the basement visualizing a single can of crumpled paper. There, neatly in a row, were eleven fifty-five-gallon cans stuffed with far more than paper-cigarette butts, ashes, chewing gum, rotting remnants of leftover lunches, and other disgusting detritus.

My neck grew hot with anger. This ripped it! After managing businesses since the age of twenty, this was preposterous! Language learned working my sixteenth summer in a slaughterhouse poured out. Damned if I was going to spend the night grubbing though garbage for a lost deposit, and double-damned if a snotty bank teller was going to order me about, and tripledamned if I was going to spend another day at the #*X*X#* National Bank of Commerce. They could take this job and “put it where the sun don’t shine.”

At the worst and the best of times, the ridiculous has always tickled my funny bone. As anger and expletives diminished, in the dismal basement, laughter came pouring out. Sure, I’d been climbing the corporate ladder for sixteen years, but before that I’d done stoop labor, picked beans, thinned sugar beets, mucked out dairy barns, cleaned offal, and dumped slop. I’d been proud to be a boy able to do a man’s work, and never felt demeaned by a minute of it. Hell, I’d worked for sadistic bosses who made this woman look like the tooth fairy. Words spoken a thousand times to employees came swinging back to clout me in the back of the head. “There isn’t any poor work; there’s only work poorly done, poorly recognized, or poorly paid.”

Off came coat, tie, and shirt as I upended the first can. If there was a lost deposit I would find it if it took all night. Then, they’d learn what they could do with this job. The more I worked the more I laughed. Pride is pride. This work was not going to be poorly done. I dove into the garbage.

Within minutes, Old Monkey Mind took me happily into the magical forest of questions without answers, only more fascinating questions. What is pride? How can there be such a thing as pride without humility? How can there be such a thing as humility without pride? Humility would be impossible to conceive without the notion of pride. One defines the other. They are integral, one and the same, different faces of the same coin. Were not both pride and humility dancing simultaneously, seamlessly through me? What made me think of them as separate? What made me want to choose one and deny the other?

Was someone shuffling papers alone high up in a luxurious building at an expensive desk in a large room with a sign reading President a superior form of humanity to someone sorting trash in the basement? Whence came the craving for one rather than the other?

Where did all this superior, inferior nonsense come from? By what method could one possibly know — by what possible measurement and what standards could one judge the value of climbing a ladder of power, wealth, and fame, other than the pronouncements of those who lust after them? Could such desires amount to no more than a basement of trash? Isn’t all life a seamless blending of all opposites? If so, why do we think to separate one thing from another and elevate it to the status of a deity? On and on the questions whirled and swirled as time lost all dimension.

Two hours and ten cans later, my “boss” came down the stairs to take away my desired victory, smiling smugly as she said, “I found the error. We’re in balance. It wasn’t a lost deposit after all.” Had I been had by this diabolical woman? I could not know, but no matter, for if I’d been had, it was a masterful piece of work. The next day, equanimity restored, working frantically in the teller’s cage to keep up with a flood of customers, she casually turned. As though it were a rhetorical question, she sweetly said, “Would you run down to the drug store and pick up a prescription for me, and bring a cup of coffee on your way back?”

I gave it to her like a man. “Run your own #X*&#*X errands. I’m not your personal servant.”

She didn’t take it like a woman, but gave it back in kind. “And I’m not here to clean up your *X#*X# mistakes.” We stood nostril to nostril, eyeball to eyeball, breathing fire as we stared each other down. Later, in a slack half hour, both defeated and laughing, we went on the errands together.

It did not seem so then, but now it seems a matter of perspective whether sorting trash in the basement of the branch was the high or low point in my retirement on the job at the National Bank of Commerce. The year provided ample time for reading and reflection, along with days wandering forests, mountains, and ocean shores. Better yet was reconnection to the suppressed, yet incredible, spirit, will, and creativity of the managed-the many who day in, day out do the ordinary work of the world from which the wealth, power, and fame of the few is extracted. These were my people. It was where I belonged, although I denied it then, and longed to escape.

Years before, words by Emerson had leaped from the page to stick in my mind like a cockle burr in a long-haired dog. “Everywhere you go you take your giant with you.” He was writing about the insatiable desire to escape the present and seek paradise in the new and different-new places, new stations in life, new possessions — a futile quest to escape self. No matter how hard I had tried to escape my giant, he always returned-the country kid, the two-room house, manual labor, no university degree, estrangement — the raging sense of inferiority. It was then that I had the guts to turn, look my giant in the eye, and say, “You’re an ugly cuss and you scare the liver out of me, but if we’re going to be together forever we might as well get to know one another and live civilly together.” My giant and I are not yet buddies, but we’re working on it.

In a strange way, every institution is the same. Everywhere they go they take their giant with them. No matter how much we shuffle control and responsibility back and forth from one Industrial Age form of organization to another — government or private enterprise, democracy or socialism, monarchy or republic, planned economies or free markets, national or municipal government, nonprofit or for-profit — our social and environmental problems continue to escalate. Everywhere our institutions go they take their giant — mechanistic, Industrial Age organizational concept — with them.

No matter how we try to suppress our problems with Industrial Age techniques, they reemerge in different dress or form, more complex and virulent than ever. Something is deeply, fundamentally wrong. No matter how many technological miracles we perform, no matter how sophisticated the virtual worlds we create, no matter how many atoms we crack, no matter how much genetic code we splice, no matter how many space probes we launch, things will get progressively worse until we discern and deal with that fundamental institutional problem.

In truth, there are no problems “out there.” And there are no experts “out there” who could solve them if there were. The problem is “in here,” in the consciousness of writer and reader, of you and me. It is in the depths of the collective consciousness of the species. When that consciousness begins to understand and grapple with the false Industrial Age concepts of organization to which it clings; when it is willing to risk loosening the hold of those concepts and embrace new possibilities; when those possibilities engage enough minds, new patterns will emerge and we will find ourselves on the frontier of institutional alternatives ripe with hope and rich with possibilities.

At bottom, it is a wrong concept of organization and leadership based on a false metaphor with which we must deal. Until our consciousness of the relational aspect of the world and all life therein shall change, the problems that crush the young and make grown people cry will get progressively worse.

Copyright ©1999 by Dee Hock
 

The above text is quoted from: Dee Hock’s Birth of the Chaortic Age, Berrett-Koehler Publishers, Inc., San Francisco, 1999. You can buy his book in most bookstores or on the net. He is affiliated with a very interesting group of humans at the Charodic Commons.

Welcome

Thursday, September 19th, 2002

Yesterday, Sohail Inayatullah introduced us to the work of Prabhat Rainjan Sarkar. This is the second of the two part series. 

Reposted from KurzweilAI.net.


Alternative Futures II 

Sohail Inayatullah

Prabhat Rainjan Sarkar is well known as a social philosopher, political revolutionary, poet, and linguist. He has also been described as the complete renaissance man. These descriptions come as a result of his numerous books and articles in the fields of natural sciences, world history, art, health, and political-economy, his creation of the Progressive Utilization Theory (PROUT) and his role as spiritual teacher of the social service, spiritual movement Ananda Marga.

And, now we continue from yesterday with our discussion of Sarkar’s thoughts on the human future.

Science and Technology

This new era, however, for Sarkar is not one that pits spirituality against science. Sarkar believes that technological development controlled by non-capitalists, by humanists, will lead to increased economic growth, intellectual development and social equality. Sarkar, in fact, sees the development of technology that will have “mind” in it, that is, technology that will have some level of self-awareness. Most likely this will result from developments in artificial intelligence. Sarkar also forecasts that once full employment is reached, and once the untapped potential of humans, individually and collectively, is increasingly realized, instead of massive unemployment because of productivity gains from robotics, we will simply reduce our work week, such that “one day, we may only work five minutes a week. Being not always engrossed in the anxiety about grains and clothes, there will be no misuse of mental and spiritual wealth. [We] will be able to devote more time to sports, literary discourses and spiritual pursuits.”22 Struggle then will largely be in intellectual and spiritual realms; in the constant effort to reduce the gap between the finite and the infinite, between the present and the ideal future.

Sarkar sees the problem of food solved primarily through the cooperative economic structure. Each region will utilize its own raw materials and develop industries appropriate to the local environment. By encouraging self-sufficiency and self-reliance, some of the advantages of global trade will be lost in the short run–the North in particular will face a reduction in its standard of living–however as regions develop and as economic gains are redistributed, then trade between different regions will flourish. Trade then will be between equals, not centers and peripheries, not the powerful and the emaciated. Sarkar also forecasts that food tablets will be invented to deal with any temporary food shortages that may arise. In addition, “medical science will increase longevity”23 to perhaps to 150 years, and “in certain fields (we) will even be able to infuse life in the dead.”24 Sarkar also predicts that by “changing individual glands, a dishonest man may become an honest man.”25 However, glandular changes will not be able to transform root behavior structures; only spiritual practices, according to Sarkar, can fundamentally transform the structure of the human mind. However, he, unlike some futurists such as F.M. Esfandiary, who predict that we are on the threshold of immortality and that we may soon uncover “an aging gene,”26 believes that death cannot be escaped as brain decay cannot be postponed.

Sarkar also forecasts that children will be born in “human reproduction laboratories,”27 and parents will choose the characteristics of their children. Sarkar forecasts that in the long term future we will become thin beings with large heads and will lose our physical reproductive facilities. We will become primarily intellectual/psychic beings. According to Sarkar, we will gradually take on the functions now done by Cosmic Mind (loosely “Nature”): we will in mythic language become as “Gods.” This image should be contrasted with that of other spiritual visionaries and futurists who believe that technological development should be severely limited and that we should not tamper with “Nature.”28

Sarkar has developed a new theory of information transfer based on the existence of microvita. These “entities” can be used to transfer ideas and viruses throughout the planet. There are positive microvita which increase feelings of well being and negative microvita which lead to individual and social sickness. Microvita are also responsible for the creation of life and its evolutionary development. Their evolutionary energy can be harnessed by humans thus increasing the speed of human and planetary evolution. However, this harnessing cannot be done through physical technological means but through the use of intellectual and spiritual resources of humans.

Along with microvita changing human development, there will be other gigantic changes. Richard Gauthier in the article, “The Greenhouse Effect, Ice Ages, and Evolution,” presents some of Sarkar’s future-oriented scientific thinking. “In 1986 Sarkar indicated that major pole shifts of the Earth are generally associated with ice ages. More recently he emphasized that there will be an ice age with the coming polar shift. There will be major biological, historical, agricultural and human psychic changes both before and after the ice age 29.”

In addition, as mentioned earlier, while for Sarkar, history moves in structured patterns, on occasion there are galloping jumps. According to Gauthier: “A pole shift is such a jump. History moves into a new era at this time. The threshold of the new era has already been crossed. Before the ice age here will be big intellectual and biological changes in human beings, animals and plants.”30

In the long term future, we will become an increasingly technologically developed society with spirituality as the base and the goal of life. We will look back at the days of the nation-state and the great capitalist and totalitarian communist empires and wonder why it was ever doubted that they could not be transformed. And eventually, we will become primarily psychic beings travelling to other planets through space technology (the conquest of space will be in the forefront given the upcoming Martial Era)31, and even through our minds, that is, we will be able to leave our bodies in one place and travel with our minds. The stars will eventually become our home. We will have granted legal rights to all humans as well as plants. What of the threat of nuclear war? For Sarkar, mind remains more powerful than matter and nuclear weapons are fundamentally matter. Thus, he believes that we will discover ways to counter nuclear devices, especially with the end of the arms race and the military-industrial complex that capitalist and communist poles have created.

The problem of power and exploitation will not go away, of course. Most likely it will be fought at the mental realm, between ideologies and perhaps even at the level of psychic warfare. The martial era will then naturally develop its own contradictions as the centralization of the polity may eventually lead to oppression. New visions of the future will then emerge.

Sarkar’s vision of the future is also a program for spiritual, economic and political change. He, along with others, has initiated PROUT movements throughout the world. Although the self-reliant, cultural people’s movements are still small, Sarkar believes that eventually they will reach a critical size and then pose a significant challenge to the present world system.

Alternative Futures

While the vision above presents Sarkar’s thinking, it does not place it in the context of other images of the future. By placing Sarkar’s vision in the context of other images we will better be able compare his thought. We use as our points of comparison, the images developed by futurist James Dator. 32

He has attempted to identify compelling images and visions of the future. The first image is that of Continued Growth (progress and developmentalism, capitalist and socialist). The second is the Steady State image (no or slow growth, environmentally conscious, beta in structure, largely the Gandhian image). The third image is that of the Collapse of civilization (either through external factors such as the environment or internal social factors such as depressions), and finally the last is that of Transformation (new technologies changing the very nature of nature, and thus leading to an anarchic, individualistic, but gentle world). These images begin the process of comparison and to some extent they include action-commitment given that they are empirically and historically derived images of the future held by various actors, movements, and peoples.

—Continued Growth

This image assumes that what worked in the past will continue to succeed albeit with minor adjustments. Politically this is liberal pluralism, that is, the liberal democratic party system works fine, we just need better leaders, or less political action committees, or more watchdog groups. Capitalism, in this image of the future, is the provider of goods and freedom. Through the market, needs can be met and wealth accumulated. The problems with capitalism can be handled through government intervention, global economic summits, the coordination of exchange rates, or through various fiscal and monetary policies; in general, “muddling through.” In this image the US is seen as the home of the entrepreneur (“if we can just free up regulations, the US can continue its march forward”).

The previous communist nations even with their many recent dramatic changes too can be categorized as “continued growth” given that their assumptions of reality are similar to capitalist states; they too are concerned with nationalism and economic growth. Their methods are simply state (party/military) bureaucratic, not state corporate. Thus, even as they attempt changes they remain within the growth model.

The image of humans in this scenario is that of industrial man with work as the prime motivation; females, the elderly, and the other races (the internal as well as external third world) are seen as secondary. The self in this image is determined by matter, that is, it is constituted by the brain and knowledge is understood by reason. Science, then, is the primary explainer of human phenomena and the harbinger of increasing levels of progress. Progress and knowledge are linear and cumulative with clear stages, such that the West is on top and the rest of the world on bottom. The process of the transformation of the rest of the world into the image of the West is often called technology transfer, modernity, or in the language of critics, colonialism.

This model has been increasingly hampered in the past few decades with the decline of the US, the increasing instability of the world economy, the environmental crises, the rise of Islam, and the development and growth of alternative visions of tomorrow. However, a new variant of this model which does offer promise to the system as whole is that of the Pacific Shift or Pacific Co-Prosperity. In this, the problems of the US (and Western) debt, consumerism, alienation and declining wage rates are resolved through the Pacific Rim countries. Thus, there is a shift in world culture, polity and economy from Atlantic to Pacific, with the Pacific providing the goods and the US consuming them, both in desperate need of each other and both committed to capitalism. The system continues; it is only who runs it that changes. In addition, this new form of capitalism manages to coordinate labor/management, government/business, and labor intensive/capital intensive.

Sarkar, of course, rejects the corporate, state and Pacific variants of this model. Sarkar defines progress quite differently (for him, only spiritual progress is real progress, and the goal of society is not profit, but closeness to the Great). Economic development exists so that people can develop themselves spiritually and intellectually. And obviously the Self is not constituted apurposefully, nor materialistically; rather the self is spiritual, part of the larger mystery of the Cosmos; the self’s existence is teleological–that of enlightenment, a return to the timeless Source.

From the Continued Growth perspective, movements like PROUT should not given much official attention, but secretly watched very carefully in case they begin to grow and are able to implement their policies against the overconcentration of wealth. In any case in the long run, by and large, the onward march of capital continues, and all ideologies eventually must deal with the bottom line, and there is only one system that can deliver that promise: capitalism. And as long as they remain non-violent, they can be left alone. If they become violent, there are ways to repress them, and if that is problematic, in the long run, rational self-interest will lead to cooption.

—Conserver/Environmental/Green

Critics of the Growth model, however, have been active in developing a new model, which in recent history is closely related to the Environmental movement. This model is interested in steady-state economics. Zero population growth and the development of economies that exist with nature and do not exploit the elderly, females and the third world. The key words in this image are stability, conservation and predictability–”we are going too fast, there is too much growth, we need to slow down technological development so as to determine its impact on humans,” it is said. This vision of the future is strongly anti-nuclear and anti-genetic engineering. The preferred economy is small scale, based on self-sufficiency in the context of decentralized bio-regions. Politically, this model is committed to local community-level democracy, to negotiation, that is, a process where the means are far more important than the ends. The present day Green movement is perhaps the best example of this image. This perspective is also largely concerned with expanding the isolated self/family to include the community. Recent efforts have included plants and animals as well. This model is resistant to consumerism, professionalism, and bureaucratization.

Obviously, one can see many strands of Sarkar’s thought in this vision. However, there are some serious areas of difference that should be mentioned. First, for Sarkar the debate should not be constituted as between high-tech and low-tech, that is, as between types of technology, but with the ownership of technology and the cultural and political messages embedded in any technology. That is, although technology is a culture in itself, it is because we are in the declining phase of capitalism that technology aids the wealthy and impoverishes the already poor. In an alternative polity, for example, the green revolution would not have had to result in the landless becoming laborless as well. Instead in a cooperative economic structure, there could be range of alternatives that would be progressive–such as reduced working days or employee ownership.

Furthermore, while various conservation groups and Greens prefer a decentralized polity, PROUT, like various socialist movements, acknowledges that capitalists will not give up power unless one takes power. A decentralized polity will easily be controlled by those with the greatest wealth. Thus Sarkar argues for a centralized polity although with strong civilian, populist overtones provided through the emergence of spiritual leadership.

Finally PROUT aims at the maximum utilization of resources (although in the context of equitable distribution, the needs of plants and animals, and the larger collective good) and thus is pro-economic growth, however economic development is defined as increases in purchasing capacity, not gross national product. While both PROUT and the Green perspective see the basic problem as the maldistribution and idleness of wealth; PROUT, however, emphasizes growth as well as the role individual initiatives can play in increasing economic development. Moreover, the Conserver image sees work as an integral part of human development; while PROUT sees employment as only an intermediate state, the final goal is full unemployment, the creation of a society where material needs are fulfilled so our intellectual and spiritual selves can be cultivated. Finally, PROUT does not locate the present global crisis in the population discourse, thus it rejects zero population efforts.

Instead of an expanding population, it is the values embedded in materialism and capitalism that PROUT believes to be the key problems. Moreover, PROUT is committed to the nuclear family, while the Conserver image tends to be more inclined toward alternative forms of the family (communes, gay families, for example). Finally PROUT does not totally reject nuclear power; it is cautiously open, believing that the solution to the nuclear crisis is political and technological.

All in all while PROUT shares some key similarities with this vision of the future and with various strategies to realize it, PROUT remains significantly different in key areas.

—Global Collapse

The next image of the future which is increasingly gaining adherents is that of global collapse. This image is constituted in various discourses. The first is the economic. In this perspective, the world economic system’s inability to deal with increasing levels of inequity (within nations and between nations), the international debt load, and rising speculation in the global stock markets will lead to a global collapse of epic proportions. Areas integrated into the world capitalist system will be particularly hard hit; those areas that are self-reliant will manage, though. This image is also constituted in the language of the return of the Vengeful God. Because Man has tampered with nature (through technological development–genetic engineering, space exploration, overindustrialization), nature is now striking back–we can’t escape our collective karma. What will result is environmental catastrophes such as the Greenhouse effect, earthquakes, nuclear meltdowns, water shortages, and other wonderful things one can ponder while one falls asleep at night. Religious groups, in particular, are eagerly awaiting this event, or series of events. For many it is the Armageddon, the return of Christ, the Madhi, or Amita Buddha. It is the collapse of the hope and promise of the science and technology revolution, of the rationality of the enlightenment, and of liberal democracy. While some imagine this collapse as leading to the arrival of heaven on earth, most see this world as that of the rise of the worst of humans, a post-nuclear society ruled by the mighty.

The PROUT perspective, first of all, is not focused on the collapse (although Sarkar has predicted a depression this century), but on ways to avoid collapse, on ways to transform society so as to reduce human suffering. How can PROUT prevent the collapse is an appropriate question? This is quite different from the view that basically says: “I can’t wait for the collapse, so all the greedy capitalists will get their due; or California should be punished for its sins.” In fact, Sarkar sees these efforts as similar to blaming the victim ideologies historically perpetuated by fundamentalist priests and currently perpetuated by right wing developmentalists. For example, developmentalists often believe that the third world is poor because something it has done, that people in Bangladesh suffer because they don’t have Protestant or Japanese values. These assertions forget colonialism and the larger world economy, and the concept of imposed karma. Here it is noteworthy that PROUTist thinking differs from traditional Hindusim, for Sarkar argues that while causality exists, it is not so simple to determine clear cut, single variable reasons for human suffering and pleasure. In additon, one’s own suffering could be a result of imposition from outside, from structural imperialism, for example.

Moreover, as mentioned earlier, Sarkar’s image is that humans have not exceeded their boundaries; in fact, the process of evolution entails humans becoming as gods, gradually taking on the powers of Cosmic Mind. This is not to say that science and technology have not been guilty of hubris; the problem however is in the development of a science that is valueless, that is divorced from various spiritual traditions and from nature. Of course, we can argue that it is the epistemology of science that has resulted in the above, but that is a different historical discourse itself.

Finally, while for collapse and self-sufficiency proponents, nature is absolute; from the PROUT perspective, nature is relative, it is problematic and ever changing; it is who we are, the Noumena, that is eternal. From the collapse perspective, the PROUT movement remains too committed to the present system and the various attempts to salvage and manage the crises; nothing really can be done, except preparing for the crash.

—Transformational

There are other visions of the future as well. There is that of the transformationalists, who, like Sarkar, too, see humankind on the verge of an incredible revolution, but for them this is technological such that changes in technology will fundamentally change who we are. Computers will lead to true democracy, advances in health will reduce suffering, and death will be beaten back–it will be the death of death. It is argued that in the next twenty years we will see more change then what we have seen in the last two thousand. We will soon be in space, living a life of leisure surrounded by robot slaves. The problem of scarcity will be solved; the real question will then be those of a philosophical nature. We are presently, it is argued, in the midst of the third wave. The first was the agricultural revolution, the second the industrial revolution and the present is the computer/information revolution. What will result will be a high-tech, individualized and highly decentralized society. Moreover, the human of the future may be unrecognizable to us today; instead of a divine being as Sarkar might posit, he or she will be half-human and half robot–a cyborg. In any case, we will soon be able to do what we desire to do: play, love, and search for new challenges and understandings.

In contrast to the technological orientation of this image is the spiritual New Age movement which too sees this as a time of fundamental change–it is the age of Aquarius, a time of global peace and love, of meditation and the development of a world consciousness. “If we all just think of peace, everything will be all right, smile and the world will smile at you,” it is commonly thought. The real changes are not technological but personal and psychic; through unity and through the expansion of our minds, the impossible will become possible; people will become rational and lay down their weapons, all for the greater good. “Even the arms merchants will decide that they would rather be working in a health cooperative, after all didn’t a channeled message from the Masters of the MX Zone tell them to do so,” it is believed. It is the beginning to the era of the “Eternal Hug.” In general, the argument is that capitalism has solved most of humanity’s problems, except that of meaning. Traditional religions, East and West, are too hierarchal and bureaucratic and thus the need for a new individual orientated spirituality; one that incorporates the best of the ancient (yoga, visualization) with the best of the new (biofeedback, bodywork, and therapy). The goal of the New Age movement is that of developing one’s inner potential so “one can be all that one can be.” From the New Age perspective, Sarkar is far too hierarchal, disciplined and political to be of any socially or personally interest. While Sarkar’s PROUT movement shares in many ways the spirit of these two transformational visions of the future, Sarkar reminds us of the way that power and struggle is constituted in who we are. Even in the high-tech transformational world, there will emerge an elite. While we may not phrase this elite in terms of the non-productive parasites or 14th century social philosopher Ibn Khaldun’s virile Bedouins turned lethargic by luxury, there will still be difference in the apprpropriation of value. Sarkar’s vision is not a utopia, it does not predict the end of exploitation and struggle; rather it is a eutopia, a good place, where not only will there be good forces, but evil forces as well, thus requiring structures and safeguards to the amassing of power and wealth. Moreover, it is not technological revolutions that will lead to the death of death, but spiritual practices. And these spiritual practices must be based on rigor, discipline, and selfless service to the Other, not solely on good feelings and the search for spiritual pleasure.

The New Age movement from the PROUT perspective is overly concerned with the psychic model of human development and its adherents tend to be first world, middle class oriented, often concerned more with their own development, than with the suffering of humanity. It is naively apolitical. For Sarkar love is important–in fact it is the ground of any lasting social change–but so is the struggle involved in challenging the assumptions and ideas that govern present-day institutions. There exist real global problems that neither a new computer nor a hug from a friend can solve. Centuries of the misappropriation of wealth are not solved by wishes or creative visualization only. Sarkar’s new era, sadvipra samaj then is about spiritual progress, but also about hard thinking, and hard work. Antonio Gramsci said it well. In his Prison Notebooks he wrote: “It is necessary to create sober, patient women and men who do not lose hope before the worst horrors and who are not excited by rubbish.” 33

Critique

Of course, Sarkar’s vision of the future, his idea of the good society and his predictions can be critiqued forcefully from a variety of perspectives. Very briefly, as the purpose of this paper is the presentation–not systematic critique–of an unconventional view of the future. First of all, the maxi/mini limits on land and wealth run counter to the liberal-democratic ownership principles of capitalism. The spiritual basis of PROUT also contradicts the laissez faire ideology of self-interest leading to harmony for all. PROUT movements, thus, as they gain support, will be severly challenged by the world capitalist system. As the history of anti-systemic movements such as the International Socialist movement has shown, we should not discount the ability of the capitalist system, on the world and national level, to stifle and coopt anti-systemic movements. In addition, instead of transforming capitalism and communism, Sarkar’s cultural/ethnic movements may lead to various forms of ethnocide and race wars. He also appears to discount the possibility of nuclear holocausts. All in all, his vision appears overly idealistic.

PROUT’s concept of leadership is also problematic. Sarkar’s spiritual leadership, although obviously necessary to transform capitalism and to ensure the humanistic applications of technology, does the raise the possibility of an authoriatarian religious leadership developing over time. Finally, neither his view of history, nor his predictions of the future, at present, have any “empirical” basis. For example, how can we reliably deduce which regions are in which era of the social cycle? In addition, will all regions be in one global Martial era, or will some have their own internal cycles.

Of course, for all these critiques Sarkar does have responses. Again, very briefly, for him the world capitalist system will transform due to its own contradictions. The cultural movements will primarily emphasize spiritual unity and universality and secondly attempt to polarize the ruling class and the exploited classes. The development of a populist spiritual leadership will be balanced by increased educational development among the public and by strengthened judicial institutions. Finally for Sarkar, his theory of history and his forecasts are intentionally interpretive and intuitional. Although empirical validation is important to him, transforming the world is more so.

The New Human in the New World

Although Sarkar is idealistic, he does emphasize the precarious struggle ahead for humanity. He warns us of the possibility of a world destroyed by pollution and ravaged by human greed and evil. Yet his vision remains optimistic. But we should not be surprised as Sarkar has written: “I am an incorrigible optimist, for optimism is the essence of life.”34 Sarkar’s vision is a global vision, and although he develops a partially deterministic theory of history, it is women and men who still must courageously act, who must bring about preferred visions, who must with their intellect develop new scientific possibilities and societal futures, and thus develop the new Human in the new World. As Sarkar states in his classic mythic language:35

Let the cimmerian darkness of the interlunar night disappear. Let humanity of the new day of the new sunrise wake up in the new world.


NOTES

22. P.R. Sarkar, Problem of the Day, 13.

23. ibid., 40.

24. ibid.

25. P.R. Sarkar, Abhimata, 130-131.

26. See F.M. Esfandiary, Optimism One; also see Sohail Inayatullah, “The Future of Death and Dying,” in Futurics .Vol. 5, #2, 1981).

27. P.R. Sarkar, Problem of the Day, 40.

28. See for example, Jeremy Rifken, Declaration of a Heretic. He is the best critic of the New Biology (genetic engineering, Brain Drugs, and the host of other emerging fields which promise to radically change human “nature”).

29. Richard Gauthier, “The Greenhouse Effect, Ice Ages and Evolution,” New Renaissance (Summer 1990), 16.

30. ibid., 17.

31. In the USA, for example, indicators of the emerging Martial era include the changing structure of the corporation toward increased employee rights and ownership. These are especially prevalent in the new high-tech centers in California. The desire for exploration in outer space, although presently certainly an outgrowth of the capitalist class’ attempt to colonize the future, could become a part of the new era as the first colonists break away from Earth and establish their own polities and cultures. The desire for an increased centralized polity, although here again a desire of the capitalist class to control value oriented intellectuals, may lead to this class’ demise, as advanced capitalism works best in a decentralized weak democratic system. Thus, a centralized system can be authoritarian, yet it can also liberate the exploited classes.

Finally, although new eras lead to class change, Sarkar argues that inevitable the revolutionaries become exploiters and suppress the potentials of the other classes. Thus, the emerging Martial era may not be the glorious New Age that some futurists envision. Sarkar, however, does believe that this New Age is possible, yet it will take radical changes in how we see the world, and how power, wealth, and knowledge are constituted and distributed.

32. See James Dator, “The Futures of Cultures or Cultures of the Future,” in Perspectives on Cross Cultural Psychology, ed. Anthony Marsella. New York, Academic Press, 1979, 376-388.

33. Antonio Gramsci, Prison Notebooks quoted in Noel Kent, Islands Under the Influence. New York, Monthly Review Press, 1983, 186.

34. P.R. Sarkar, Light Comes, 241.

35. P.R. Sarkar, Human Society . Vol. II. Calcutta, Ananda Marga Publications, 1984, 135.


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Welcome

Wednesday, September 18th, 2002

Sohail Inayatullah writes about the work of poet and visionary Prabhat Rainjan Sarkar. This is the first of a two part article, originally posted at KurzweilAI.net.


Alternative Futures

Sohail Inayatullah

Prabhat Rainjan Sarkar is well known as a social philosopher, political revolutionary, poet, and linguist. He has also been described as the complete renaissance man.1 These descriptions come as a result of his numerous books and articles in the fields of natural sciences, world history, art, health, and political-economy, his creation of the Progressive Utilization Theory (PROUT) and his role as spiritual teacher of the social service, spiritual movement Ananda Marga.2

While these accomplishments are in themselves important, in this article we discuss his contribution to futures studies and his vision of the future. We can divide his futures oriented work into four areas: the first are forecasts based on theory of the social cycle (world government, a spiritual-led polity, and the end of capitalism and communism), the second are forecasts that predict new developments in the potential for spiritual development (the theory of microvita, the shift of the earth’s poles and the ice age), the third are specific technological forecasts (longevity, mind and space travel); and the fourth are warnings (water shortage, a global depression). The overall context to his interest in the future, however, is not prediction, but inspiration–the creation of a new vision for humanity.

Like Sarkar, many futurists3 believe that we may be undergoing technological, political, and economic revolutions far more significant than the industrial revolution and possibly more dramatic than any other transitional period in human history. In addition, some futurists argue that we are on the threshold of global governance, interplanetary travel, artificial intelligence, and at the end of the world run by the nation-states of Atlantic-Western civilization. However, although, this transition promises a bright future, the present is one of unprecedented suffering; for we are on the brink of nuclear disaster and in the midst of widespread state terrorism: we face regional famines, desertification, water crisis, and unprecedented environmental pollution.

The Study of the Future

Futurists not only place the present in a larger perspective, they also attempt to design novel solutions, alternatives to the present. They ask: What are our possible, probable and preferred short and long range futures? While most futurists use quantitative data to make their predictions: others deduce probable events and trends from social change theories such as dialectics, and a few intuit their forecasts. In addition, some futurists are concerned with utopia, a perfect place; others about eutopia, a good place; while many about dystopia, a place of horror.

Professional futurists are concerned with the prevalence of suffering in human society, the failure of imagination of governments and businesses, and the inability of individuals to think intelligently about the future. Futurists hope to extend our understanding, our willingness to consider the legitimacy of what is possible, what can be real and what might occur. The field thus hopes to broaden the scope of what constitutes reality.

Notwithstanding the above general goals and concerns of many futurists, by and large futures studies, as developed in the West, has been concerned with forecasting the preturbations of capitalism and its ideological underpinnings: materialism, individuality and technology. It has also had a narrow empirical methodological orientation primarily concerned with refining forecasting techniques. However, the study of the future can never be fundamentally quantitative, exact, as the future does not yet exist. It must largely be interpretative. It must be visionary. It must, in the words of Elise Boulding paraphrasing Fred Polak from his seminal work Image of the Future, include the “eschatological or transcendent, … that element which enables the visionary to breach the bonds of the cultural present and mentally encompass the possibility of a totally other type of society, not dependent on what human beings are capable of realizing.”4

While Sarkar may not see himself as a futurist, an analysis of his works clearly show that they are futuristic in orientation as he is concerned with critiquing the present, with developing an alternative vision of the future, a eutopia, as well as with predicting new technologies and ways of life. Of course, the purpose of Sarkar’s analysis is not simply theory building. He is a social revolutionary. His works are also intended to persuade, to envision the world anew–to transform oppressive social and political structures.

However, he constitutes the future in a manner alien to most empiricist oriented futures studies: substantively and methodologically. For Sarkar, history and future are dialectical; progress is only possible in the spiritual realm; individual rights are only possible in the context of collective responsibilities; and democracy can only exist when education and ethics are universal. His vision of the future is fundamentally different from the predominant Western epistemological (linear, secular, empirical, individualistic, and liberal-democratic) tradition.

Mythic Transition

To understand Sarkar as a futurist, we must first understand his sense of mythos: of who we are, where we are going. We must understand his sense of the ultimate meaning of the present. We gain insight from his language.5

Human civilization now faces the final moment of a critical juncture. The dawn of a glorious new era is one side and the worn-out skeleton of the past on the other. Humanity has to adopt either one or the other.

Thus, for Sarkar, humankind is at a mythic transition; a transition that calls upon humanity to awake, to act.6

Just as the advent of the crimson dawn is inevitable at the end of cimmerian darkness of the interlunar night, exactly in the same way I know that a gloriously brilliant chapter will also come after the endless reproach and humiliation of the neglected humanity of today. Those who love humanity, those who desire the welfare of all living being should be vigorously active from this very moment after shaking off all lethargy and sloth so that the most auspicious hour arrives at the earliest.

However, although, Sarkar writes that humanity’s future is inevitably bright, revolution of any sort–spiritual, economic, cultural, political–is an arduous task. Revolutionaries who desire to transform the numerous pathologies of the present must prepare their minds and bodies, they must be ready to suffer hardships. They must also undergo spiritual transformation: they must suffuse their minds with love, with selflessness. Thus when Sarkar writes that “the future of humanity is

not dark…human beings will seek and one day realize the inextinguishable flame that remains ever-burning behind the veil of darkness,”7 he is at one time affirming his faith in the power of men and women to radically transform the suffering on this planet, yet reminds us that the “path is hard,” that it is “strewn with obstacles.”

In addition, his use of mythic language transforms events from the purely immediate and rational–that is, from problems that can be analyzed and solved by short term technological solutions–to the holistic, to the mystic; that is, to problems that can be solved through changes in how we see ourselves and how we see the world.

The Good Society

The future then for Sarkar is part of the larger human story, part of humanity’s evolutionary development. Evolution for Sarkar is the constant effort of the mind to bridge the gap between the finite and the infinite; it is in the deepest sense of the word, the eventual mystical union between the soul and Supreme Consciousness. This is fundamentally different from many futurists who see progress primarily as increased economic productivity, a better standard of living; that is, more goods and services and the satisfaction of material needs for a large part of the global population.

Certainly, economic growth is important from Sarkar’s perspective. However his vision of the good society is premised on individuals being guaranteed the basic requirements of life: food, clothes, shelter, education, and health. The ultimate purpose of economic growth, however, is to provide physical security such that women and men can pursue intellectual and spiritual development.

The principles of Sarkar’s good society are developed in his comprehensive theory: the Progressive Utilization Theory or PROUT.8 It is a global, a global vision of the future which intends to challenge both corporate and state capitalism, as well as various forms of communism.

PROUT attempts to balance the need for societies to create wealth and grow as well the requirements for distribution. To achieve this, an integral part of the PROUTist vision is to create income floors and ceilings progressively indexed to aggregate economic growth. Thus wealth will not be hoarded and thereby underutilized or misutilized as in the case of global stock markets. However, unlike Marxism which argues for equality, PROUT accepts individual differences and the desire of individuals to own limited property and goods as well as the key role of incentives in spurring technological innovation and economic growth. For Sarkar, individual good and collective good are symbiotic: neither one is more important; both find their apex through their interrelationship. It is the unabated accumulation and misuse of wealth that is the central problem. The primary economic entity within the ideal PROUT society would be worker-owned and managed cooperatives. These would include producer, banking, legal, health and other types of cooperatives. However, because of economies of scale there would remain local small businesses as well as large regional socialized industries run by quasi-governmental appointed boards. There would thus be three sectors: a government sector, a private sector and a people’s sector.

In Sarkar’s eutopia, good society, he sees a more united globally-oriented human society. He hopes that temporary unifying sentiments such as nationalism, provincialism, and religion transplanted by universalism. In this global society, although he believes there will be a world government with centralized powers, he does not believe one world culture will develop. In fact the key long term trend will be the decentralization of culture and thus the flourishing of local cultures–languages and economies–a possibility only once global capitalism and its necessity to homogenize, commodify, and proleterianize everything has been eradicated. It is noteworthy that unlike most futurists who argue for a decentralized economy and polity, Sarkar believes that without a centralized polity, capitalistic exploitation will continue. For Sarkar, there must be a strong polity structurally constitutive of separate executive, judicial and legislative powers within the larger context of a spiritual society.

The primary social strategy for “transforming” the capitalist system is the development of regional self-reliant cultural movements based on local languages, local economies and local geography. For Sarkar, individual spiritual development must precede any systemic, societal change. In addition, cultural revolution must precede economic change, for capitalism works by creating a structure of cultural and economic dependency between centers and peripheries, between empires and colonies. Communism, which is also based on the materialistic industrial model characterized by centralization of wealth and homogenization of culture, creates similar oppressive structures.

Among the movements that are presently active are Kasama 9 in the Philippines and Amra Bengali in India.10 Both are active in organizing women, students, workers, farmers, professionals as well as other groups and classes against the injustices and inequities of the present system. Their demands, for example, include 100% employment for local people; laws against the export of local raw materials; laws against the import of manufactured goods which can be produced locally; primacy of local languages in offices and schools; land reforms; rights for animals as well as concern for the long term care of the environment; and support for local music, writing, art and dance. In addition, Kasama participated in the ouster of Marcos and in the removal of foreign bases from the Philippines. Amra Bengali has contested various local elections and has established cooperatives throughout the region. It is now considered the third political force after the Central government and the Communist party in Bengal.

Thus through the creation and legitimation of globally-oriented yet regionally-based spiritual, cultural and economic movements and the ensuing dialectical conflict that these anti-systemic movements will engender as they reconceptualize polities and economies, Sarkar sees the eventual demise of capitalism and communism, with communism is already in its final days (a perfectly accurate forecast as it has turned out). This demise, of course, as Sarkar’s methodology will illustrate, is also a part of the natural dialectical transformation of the present world system.

Methodology

His vision of the future is partly based on intuition and partly based on his analysis of history. Sarkar argues that most of us use very little of our mind, geniuses perhaps 1%, while others not even .0001%.11 We remain bounded in the body and the conscious, analytic mind. However Sarkar believes that through meditation, through the exploration of the deeper layers of the mind, we can develop our creativity and realize perennial truths. For the seer, past, present and future become known in these deeper layers. Reality is directly perceived. In addition, in the higher states of consciousness, time and space are no longer constraining dimensions, they reveal themselves to the knower of the Self.

Although Sarkar enters this discussion as a mystic–much in the tradition of Tagore or Aurobindo, as a guru–many academics in the futures field are echoing his perspective. David Loye’s The Sphinx and the Rainbow, William Irwin Thompson’s Evil and World Order and The Pacific Shift as well as the perspective developed by Marilyn Ferguson in Brain-Mind Bulletin all argue for the integration of the rational and the intuitive, as well as the use of the intuitive–the deeper layers of the mind–in truly understanding the mythic nature of the present and the coming of the sacred, the communal, and the transcendent.

However, equally important in Sarkar’s contribution to the futures field is his theory of the social cycle. Whereas Marx argued that society moved through ages of precommunism, to feudalism, to capitalism, to socialism and eventually to a classless communism, and whereas many academic futurists argue that we have moved from an agricultural to an industrial era and that we now stand on the threshold of a historical shift to a post-industrial Information society centered around the Pacific Rim,12 Sarkar sees society as moving cyclically through four ages. The motivity of this movement is not the forces of production impacting the relations of production as in Marxism, or new technologies impacting society as in the writing of futurists such as Toffler, but dialectics.13 Instead of social change caused by the actions of the Great leader, for Sarkar it is physical struggle (the battle with the environment), mental struggle (the battle between new and old ideologies) and the spiritual attraction of the Great (that force which leads women and men toward the Infinite).

However, Sarkar believes that not only is societal movement dialectical, it is also pulsative; like breathing it starts, rests, and starts. Similarly, societies have periods of rapid progress, of movement. Following their peak, a phase of exploitation sets in and then societies decline. In addition, there are periods where there is sudden and dramatic change, what Sarkar calls “galloping time.”

The Social Cycle

What then are the different ages? Very briefly and certainly simplifying Sarkar’s complex yet elegant analysis, humans originally were in the Worker era (precommunism for Marx and the age of chaos for Thompson). Here, humans were controlled by their environment. The next phase was the Martial era. In this age, the age of heros as William Irwin Thompson has written14 (feudalism for Marx) various clans fought for power. Empires were built by the strongest and the most courageous. During the exploitive phase of this era, empires grew through military colonization and through exploiting laborers and appropriating the wealth of others. The next historical phase was the intellectual era. It was brought about by those who controlled the environment not through physical strength but through strategy, through political strength, through ideology. This was the age of priests, of patriarchy and of civil society. Power was wrested away from kings by their ministers through the power of the written word. Political writers, for example, during the Renaissance movement in Europe, redefined the power of the King and developed arguments for individual rights and government by social contract. The intellectual era, as evidenced by the relationship between the Protestant ethic in Europe and the rise of capitalism, was also the base for the era of the capitalists. Most Western nations are currently in the capitalist era, while the former communist countries have already passed out of the second martial era and now have entered into a new intellectual era. Third world countries, who still are in terms of their “internal cycle” in the Martial era (due to underdevelopment from colonialism), it is capitalism that is the dominant ideology.

In addition, each era flourishes in its thesis phase: human rights, political participation, economic productivity and scientific development increase. During the decline phase, the creative abilities and work opportunities of the classes not in power are stifled. Peripheries are exploited and the ruling class controls the other classes either through military force, cultural-intellectual force, economic force or a combination thereof, depending on the era. During the era of the accumulators of capital, all these forces are used in a particularly brutal manner. 15

Revolution and Evolution

What then after a complete round of the cycle? According to Sarkar, the cycle continues although in a dialectical spiral, wherein each phase evolves from the previous phase and is at a qualitatively “higher” level. However at transitional points, there are variations. A counter-revolution can emerge, as in the case of Iran where the clergy now run the polity, although it is not clear what the collective psychology is. Collective psychology or the larger social paradign, episteme, instead of control of polity or the relations of production, is considered the true “empirical” indicator of a people’s place-time in the social cycle, according to Sarkar.

Another alternative to counter-revolution is counter-evolution, a slower move to a previous phase in the cycle. Both of these counter phases are short-lived, however, as they are movements against the “natural flow of the cycle.” The third and fourth alternatives are evolution and revolution, that is, slow or rapid movement into the next phase. The Soviet and Chinese revolutions are examples of workers’ revolutions followed by new Martial eras (socialism in Marx’s language or totalitarianism in the language of liberals and conservatives). Democratic socialism, then, is an effort to move to a Martial era through a gradual evolutionary process.

Sarkar, thus, believes major revolutions will occur throughout the world shortly. This is largely because in late capitalistic society exploitation, especially of women, is particularly brutal. In order to accumulate more and more in their houses they torture others to starvation; and to impress the glamour of their garments, they force others to put on rags. …[t]hey suck the very living plasm of others to enrich their living capabilities.”16 In addition, intellectuals and martial-minded individuals cannot express their tendencies and potentials. Some become servants of the ruling class–the “boot lickers of capitalists”17–while others remain unemployed.

It is these disgruntled intellectuals and martial-minded individuals who will bring on the next cycle.18 The level of violence during transitions between eras is determined by the aggregate ratio of intellectuals to the martial-minded and the timing of the revolution is a correlate of the increasing population of these two classes. The question for Sarkar is can humans fundamentally alter the cycle? His conclusion is that although the social cycle follows a natural law and thus will continue, humans can reduce the exploitive phase of the cycle by bringing on the next era. The next turn of the cycle then becomes a spiral, with each new phase bringing on progressively higher levels of human development. Thus, the new Martial era, although structurally similar to the historic one, will be qualitatively at a higher level. In addition, the in-between anarchic workers’ stage will be shortlived as power will quickly centralize among the intellectual or martial-minded leaders of the workers’ movement.

To reduce the exploitive phase of each era, he argues for the development of de-classed individuals who in a “well thought, preplanned basis “19 predict the movements of the cycle and then through their revolutionary efforts–if necessary–bring on the next era. However, unlike present power elites such as corporate executives or state bureaucrats who are part of the dominant class and ideology that “run the planet,” these individuals must be de-classed and have value structures based on love and neo-humanism.20

Thus, while Marxists see the next phase as that of world socialism and while spiritual visionaries believe the next phase will be the Age of Aquarius, and futurists, in general, believe we are entering the age of technology and science, Sarkar believes it will be a global martial era, although some regions will have moved to a new intellectual era. Describing this era, this new future, is difficult; however, we can postulate that government will be centralized, while the world-economy will be highly decentralized and cooperative/socialist in nature. Although, the world government structure initially will be strengthened by law-framing international agencies, eventually a world polity will develop with executive, legislative and judicial functions. There will also exist constitutional rights for workers, guaranteed basic necessities for all, as well as rights such as world citizenship. Sarkar’s has also called for a neo-magna carta in which rights for plants and animals are to be guaranteed, spiritual freedom upheld, and linguistic choice honored.

Economic growth will come from ending the global exploitation of workers and others peripheral to the world capitalist system. Through maximum-minimum wealth laws, the world surplus will be redistributed. Through worker involvement in business and through the end of stock markets, labor and capital will become more productive. Intellectual and spiritual resources presently being wasted will become valuable inputs into economic development. In addition, PROUT writer Michael Towsey believes that there exists a gender dialectic as well such that the breakdown of the patriarchal nature of capitalist society will lead to the incorporation of the mythic “feminine” in the emerging Martial era. Neither gender will then be commodified.21

To be continued …


NOTES

1. P. R. Sarkar, born in 1921, resided in Calcutta until his death in October 1990. He developed the Progressive Utilization Theory in 1959. He also started the Renaissance Universal Movement–an association of spiritual/socialist oriented intellectuals–that year. He has written in diverse fields such as health, ethics, devotional literature, fiction, history, political-economy, biology, linguistics, and philosophy. PROUT’s opposition to the Indira Ghandi’s government lead to Sarkar’s being jailed in 1971. He was released in 1978 when the Janata government created the conditions for an impartial Judiciary. See Prabhat Rainjan Sarkar, Poet, Author, Philosopher. Vermont, USA, Ananda Marga Publications, 1986.

2. Ananda Marga is a social service, spiritual movement with centers throughout the world. It teaches meditation and other spiritual practices. The organization is involved in community health and educational development projects. Although, its cultural roots are Indian, it is universal in its approach.

3. Throughout this essay, I use the terms futures studies and futurists in a general sense. Although there are numerous difference between futurists, there is an emerging futures field, which in general accepts the liberal-democratic secular-capitalist tradition, although many do believe this system will undergo massive shocks in the near and long range future, primarily due to technological changes. This “Continued Growth” view is best characterized by the Washington D.C. based World Futures Society and developed in its journal The Futurist. Herman Khan is perhaps the most famous writer in this genre of futures studies. In contrast is the Hawaii and Europe based World Future Studies Federation which is critical of the present global system: its structure and its ideological underpinnings. Johan Galtung’s writings best characterize this perspective.

4. Elise Boulding, “The Imaging Capacity of the West,” in Magoroh Maruyama and James Dator, eds., Human Futuristics. Hawaii, University of Hawaii, SSRI, 1971, 30.

5. P.R. Sarkar, The Supreme Expression. Vol. II. Netherlands, Nirvikalpa Press, 1978, 161.

6. ibid., 164.

7. P.R. Sarkar, Light Comes. Calcutta, India, Ananda Marga Publications, 1986, 21.

8. Books about PROUT by Sarkar’s students include the following: Ravi Batra, The Downfall of Capitalism and Communism. London, Macmillan Press, 1978; Ravi Batra, Regular Cycles of Money, Inflation, Regulation, and Depression. Texas, Venus Books, 1985; and Gary Coyle, Progressive Socialism. Sidney, Proutist Universal Publication, 1984. Also see, Acarya Krtashivananda Avadhuta, PROUT Manifesto. Copenhagen, Denmark, PROUT Publications, 1981; and Acarya Tadbhavananda Avadhuta, Samaj. Calcutta, India: Proutist Universal Publications, 1985.

9. Kasama USA, Kasama: Six Demands to Strengthen Democracy in the Philippines. Washington D.C., Kasama USA Support Comittee, 1986.

10. See Acarya Tadbhavananda Avadhuta and Jayanta Kumar, The New Wave. Calcutta, India, Proutist Universal Publications, 1985, 135.

For example, Amra Bengali’s demands include:

  • (1) The abolition of non-Bengali domination of industries;
  • (2) Preferential employment of local population;
  • (3) Use of Bengali in official work;
  • (4) Termination of Hindi linguistic domination;
  • (5) Eradication of materialistic pseudo-culture;
  • (6) Halting the drainage of Bengal’s economic wealth to other parts of India.

11. P.R. Sarkar, The Supreme Expression, 80.

12. See Sohail Inayatullah, “The Concept of the Pacific Shift, ” Futures (December, 1985); Johan Galtung, “World Conflict Formation Processes in the 1980′s.” United Nations University Paper, 1981. See also for books on the Post-Industrial Era, Alvin Toffler, The Third Wave; Daniel Bell, The Post-Industrial Society; and Ed. Cornish, The Study of the Future.

13. P.R. Sarkar, The Human Society. Calcutta, India, Ananda Marga Publications, 1984) and Abhimata. Ananda Nagar, India, Ananda Marga Publications, 1973.

14. See William Irwin Thompson, Darkness and Scattered Light, Passages About Earth, and Evil and World Order.

15. See also Immanuel Wallerstein, The Politics of the World Economy. London, Cambridge University Press, 1985.

16. P.R. Sarkar, Problem of the Day. Ananda Nagar, India, Ananda Marga Publications, 1959, 3.

17. P.R. Sarkar, The Human Society, 97.

18. Tim Anderson, The Liberation of Class: P.R. Sarkar’s Theory of Class and History. Calcutta, India, Proutist Universal Publication, 1985, 14-15. These ages are also related to different distinct mentalities. “Firstly, the worker …seeks employment through simple physical or mental skills; secondly, is the martial type, where greater physical capacities are developed along with the thought of domination, courage, honor, prestige and discipline; thirdly, the intellectual where greater psychic abilities are developed and utilized in the process of gaining objects of existence and enjoyment; and, fourthly, the commercialist or capitalist where mental abilities specifically aimed at the acquisition and manipulation of physical wealth are developed.”

The worker is dominated by the environment; the martial type attempts to dominate the environment and the other classes through physical strength; the intellectual attempts to control the environment and the other classes through the mind/ideology and the capitalist attempts to control the environment and the other classes through the ownership of the means of production.

Very importantly, Anderson warns us not to confuse these categories with the old Indian caste system. These “are purely psychological types interacting with the existing social condition to create the particular objective class relationships of the era.”

19. P.R. Sarkar, Idea and Ideology. Ananda Nagar, India, Ananda Marga Publications, 1967, 85.

20 P. R. Sarkar, The Liberation of Intellect–Neo Humanism. Calcutta, India, Ananda Marga Publications, 1982.

21. Michael Towsey, Eternal Dance of Macrocosm. Copenhagen, Denmark, Proutist Publications, 1986.


Read other articles by Sohail Inayatullah at metafuture.org
 
Reposted from KurzweilAI.net.