Showing posts with label Divergent Problems. Show all posts
Showing posts with label Divergent Problems. Show all posts

Tuesday, April 23, 2013

Endless Debate

I’ve had occasion to point to a categorization of problems offered by E.F. Schumacher earlier (link). Schumacher suggests that humanity’s problems are either convergent or divergent. The first of these are physical in nature, dealing with the non-living sphere.  In attacking these physical problems, sooner or later efforts “converge” on a decent solution. The second, divergent problems, center on the living, including human phenomena. Values are always involved in these. And precisely for that reason, humanity never embraces a single solution. There is perpetual discovered. And that is because humans are—and this is my label, not Schumacher’s—unfinished.

Endless debates are a marker of divergent issues. Even masses of empirical data fail to solve them. One such is whether “life” or “mind” are emergent or transcendent phenomena. If they are emergent, all is but a consequence of matter/energy complexly arranged by chance. If the latter, we must posit a “higher” dimension from which life and mind derive. The debate is unending because the scientific observations will not produce an answer. They present a pattern which people with different awareness will interpret intuitively, thus from personal experience. And they will therefore have a very firm conviction that they are right. If one’s intuition produces the inwardly felt truth of transcendence, the mechanical will never seem sufficient explanation for the living or the spiritual. If no such resonance is felt by the person—but the facts of life and mind are still there to see—the equally firm view is that these must have evolved.

A recent example of this is a book by Ray Kurzweil, How to Create a Mind: The Secret of Human Thought Revealed—and a review of the book by Collin McGinn (link), in the New York Review of Books, titled “Homunculism” (ht to Siris).

Rare, exceedingly rare, is the case where a man of science after long, long study of what is a divergent problem, at last concludes that something transcendental is going on. I came across a book that makes this point last year, Wilder Penfield’s The Mystery of the Mind (p. 113-114). Penfield was a pioneering neurosurgeon.  And even Penfield ends with a reservation:

And so I come to my final reconsideration: I worked as a scientist trying to prove that the brain accounted for the mind and demonstrating as many brain-mechanisms as possible hoping to show how the brain did so. In presenting this monograph I do not begin with a conclusion and I do not end by making a final and unalterable one. Instead, I reconsider the present-day neurophysiological evidence on the basis of two hypotheses: (a) that man’s being consists of one fundamental element, and (b) that it consists of two. I take the position that the brain-mechanism, which we (my many colleagues and I all around the world), are working out, would, of course have to be employed on the basis of either alternative. In the end I conclude that there is no good evidence, in spite of new methods, such as the employment of stimulating electrodes, the study of conscious patients and the analysis of epileptic attacks, that the brain alone can carry out the work that the mind does. I conclude that it is easier to rationalize man’s being on the basis of two elements than on the basis of one. But I believe that one should not pretend to draw a final scientific conclusion, in man’s study of man, until the nature of the energy responsible for mind-action is discovered as, in my own opinion, it will be.

The debate will certainly continue on. There is such a thing as the will to believe, but  it arises from a spark of intuition. Until it does, all will be matter, matter, drearily matter.

Sunday, January 13, 2013

Feedback and Convergence

E.F. Schumacher, in A Guide for the Perplexed, contrasts two kinds of problems: convergent and divergent. The first category includes those where people find it easy to solve a problem because they are agreed upon the goal. Technological problems are of this nature; it is the better mousetrap problem. There is no disagreement on the values involved: no part of the team working on the project represents mice or holds that a household filled with them is better.

Divergent problems are those where at least two camps are present and the problem concerns values. Divergent problems are ideological in character. To solve them requires not to find a better mechanism, physical or social, but transcending the conflict by appeal to a value higher than each side holds. Finding those transcending values is very difficult. Hence divergent problems are always with us.

One difference between these two is that convergent problems lend themselves more easily to isolation in experimental settings—and to experimentation. Therefore feedback can be rapid and its results can be recursively introduced into a modified draft solution. If the man leaping from the top floor of a 30-story building dies, maybe his arms—or maybe his wings—weren’t strong enough. Back to the drawing board—after the funeral. Experimenting with value systems is much, much more difficult. Entire communities must be isolated, its members cooperating willingly. And how do we know that the experimental community was large enough to be representative? Did it have an urban as well as a rural component? Did it have industry as well as agriculture? And did it have enough of each currently valued ethnicity? And what about the duration of the experiment? And how do we measure its success? By economics? Reproduction? Education? Crime rates? Some want more, some less of any or all of these. And is there a single matrix measuring happiness that could be applied, a matrix each side would accept?

Testing value systems by feedback throws some light on the problem I touched upon in my recent post on “Virtue and Time”—and on my stoic comment about the slow grind of God’s mills. Virtue is an assertion of value by action. But it is a value—finding its expression to a large extent in a society. Its long-term consequences are almost infinitely complex—whereas Boeing 787’s electrical system problems will be nailed quite soon. If virtue or lack of it could be measured rapidly—never mind its legal expressions, which never capture the whole phenomenon—we would rapidly begin to converge on that seemingly unreachable Good Society.