Over my last two posts I have been reflecting on some of the ideas of Kant and Hegel and how they were picked up by the early Pragmatists. The German Idealism of Kant and Hegel was a new way of thinking about reality not as a pre-existing static background, but as a creative participatory event. Human beings were part of the creative process that fashioned and maintained our perception of reality and carried and expanded that reality through time.
Now I want to start to show how the American Pragmatists brought an original angle to this image of a co-created reality. The thinking of the American Pragmatists had an interesting almost earthy quality, a certain leaning toward physicality that might be a result of the fact that the two men most closely associated with the birth of Pragmatism, Charles Sanders Peirce and William James, were both scientists and not philosophers. Charles Peirce studied chemistry at Harvard where William James received his medical degree.
Perhaps even more than the scientific backgrounds of Peirce and James, it might have been their association with Chauncey Wright that brought that particular flavor of grounded empiricism to their thinking. Wright was also studied science at Harvard and his teacher, Asa Grey, was Charles Darwin’s most fervent supporter in America and made the arrangements for the publication of On the Origin of Species in America. Like his teacher, Chauncey Wright would himself become a close correspondent of Darwin’s.
Wright worked as a calculator for the Nautical Almanac and tried to make all of his scientific calculations in a small portion of the year so that the rest of his time could be occupied with is favorite activity – engaging in philosophical conversation with friends about the relationship between science and religion. Wright was an empiricist to the extreme. He felt that in describing reality we should resort to neither supernatural (in the sense of being outside of nature) or metaphysical (in the sense of being beyond the physical) explanations for anything in the universe.
To Wright reality was made up of a collection of separate, interacting, observable and quantifiable empirical facts. He understood the workings of the cosmos to be very much the same as the workings of the weather. The weather is composed of a combination of air, water, barometric pressure, temperature, wind speed, etc. these separate empirical facts interact together and create the weather as we know it. There is no reason to appeal to any supernatural entities or metaphysical principles or motives to explain the weather. Wright referred to his conception of the universe as cosmic weather. Wright also believed that in describing evolution we must similarly appeal to nothing outside of the empirical facts. In his essay The Evolution of Self Consciousness, one of his few written pieces, Wright defends his belief that there is nothing required to explain the emergence of Self Consciousness through evolution beyond that which we can see.
Wright was part of the circle of young intellects that were engaged in dynamic debate in and around Cambridge Massachusetts in the 1860’s and 70’s. One particular circle of young thinkers calling themselves The Metaphysical Club included Wright, Peirce and James among others. According to James and Peirce, Wright was something of the master in these discussions and he most certainly challenged his friends not to appeal to anything outside the observable to explain their conclusions. Both Peirce and James had greater spiritual, metaphysical and even supernatural leanings than Wright. And James in particular argued against what he saw as Wright’s nihilistic tendencies in his paper, Against Nihilism. Both James and Peirce in their own way believed that the universe and the process of evolution through which the universe emerged, had some inherent purpose, or at least that there were very good reasons to defend believing in such purpose.
The end result was a description of reality that was co-creative like Kant, and historical like Hegel, but the picture of the evolving universe that the American Pragmatists, and especially Peirce, began to paint was one of a self-contained evolving system. Their intellectual sparring partner, Chauncey Wright, would not allow the young Pragmatists to appeal to anything outside of the universe to explain it. In response the universal conceptions that Peirce, James and later Dewey would come up with adhered to this demand in an interesting way. They simply pulled everything into the system of the universe. What they began to create was an early “Integral” model of reality in which all aspects of the universe were seen as part of one dynamic whole system – like cosmic weather. In my next post I intend to go more deeply into the picture of the universe that the pragmatists were working on.
Catherine
/ November 17, 2009About the image of the weather- is it on purpose that the weather was chosen as an image by an empirical thinker like Wright ?
What is quite fascinating is that the weather, like sand piles, is one of the few statistical phenomena which resists all our attempts of understanding in deterministic terms. We don’t know yet how the “butterfly jump” in Argentina affects the weather in Europe. The theorization of this is so unsatisfactory that the problem is still considered as completely open at the moment, and the subject of intense research. Predicting ( and controlling) the weather is also an old human dream.
So it is probably the worst example that Wright choose to assert his empirical views. It doesn’t look very convincing since our science itself admits complete lack of knowledge about it (due to the absence of predictability of the theories).
The mechanistic view of the world that was brought by the Renaissance seems wider than Wright’s in the sense that it leaves some space for the unknown, while determining exactly what are the rules governing the known.
Wrights says the opposite, that there is no space for the unknown, and he gives an example that doesn’t obey the known rules of knowledge.
I didn’t read him so I probably don’t give him the proper credit. Absence of evidence is not evidence of absence; that’s the logical fallacy that Wright seems to fall in; which is a step backwards compared to the mechanistic worldview of the Renaissance.
Jeff Carreira
/ November 17, 2009Wirght used the example of weather I image because his work as a calculator involved making calculations about the weather. Since he was so familiar with those measurements it was probably natural for him to see the universe that way. Wright leaves space for the unknown, perhaps without intending to, in an interesting way. He basically believes that unless it can be measure it must be left to the unknown. I acctually agree with you that his view is so tightly bound to direct observation that there is almost no room for speculative investigation. I think what is intersting is that the creative friction that occured between Wright and his exptreme empiricism on the one hand and Charles Peirce and William James who both had a more mystical and speculative bent led to the creation of a truly original philsophical formulation that is part of a stream of human thought that continues to be important today. It is great to have you back!
Chuck R
/ April 8, 2010Perhaps “self-consciousness” is little more than a neural feedback-loop.
Organic systems are filled with feedback loops, as are non-organic systems, machines and computers. Our weather is a complex mix of feedback-loops.
Our endocrine system, our digestion, circulatory, respiratory systems, all are filled with feedback loops. Hold your breath: soon the buildup of CO2 in your lungs will cause you physical pain and mental anguish and force you to inhale, despite the involvement of your conscious mind – perhaps only as an observer – in the loop. Cholesterol produced by the liver, sugar carried in the blood. And so on. We have hundreds, perhaps 1000′s of these things.
Animals must observe the external world in order to find food, survive and procreate. Some of the tools necessary for such learning are inherited, some are learned from the world itself. Can we consider the possibility that observing the actions of one’s own body and behavior can be an aid to learning and survival? Out of such self-observation comes “self-awareness” and “self-consciousness.” Is “self-consciousness” anything other than the ability to observe oneself observing oneself? The feedback loop is both “subject” and “object” in such a loop. It becomes a self-referential feedback loop.
Self-consciousness: a product – possibly accidental, certainly not inevitable – of a neural feedback-loop which developed because it extended and sped up learning. Learning was an exceedingly important factor (perhaps THE important factor) in the survival of our species and natural selection “promoted” psychophysical changes which benefited learning.
Jeff Carreira
/ April 8, 2010Hello Chuck,
I have been reading your comments today – all excellent – I don’t have the time to respond right away, but I wanted you to know that your throughfulness is greatly appreciated!