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Introduction to the Spanish-language edition of Mind – Anticipation and Chaos
Let us face it: As science, especially in its computational forms, assumes the leading role in the fundamental transition from industrial to post-literate pragmatics, it has appropriated the human mind as its most important subject. Indeed, as long as psychology delved into the depths of how we understand each other and the world, the humanities (the Germans call the domain Geistwissenschaften, the French, sciences humaines et sociales, [conferring the title Maitre ès lettres], the Spaniards, humanidades) had a strong hold on the mind. Cogito, i.e., thinking, which entails mind processes, defines the species, and hence the humanities. Eventually, scholars and researchers in the humanities imported the specialized vocabulary of physics, mathematics, chemistry, and biology in order to describe the relation between brain and mind. They also accepted the input of medical research, although the brain remained more the subject of superficial measurements, such as weight, size, and the like that are connected to an infantile fascination with genius and to the concern for cerebral malfunction. Anthropology and, to a lesser extent, history had a firm claim to the question: How did the human mind evolve? They tried to discover the answer by analyzing the variety of ways in which the mind left its imprint on what people do, on how people constitute themselves through practical activities. (Self-constitution is a term I introduced in The Civilization of Illiteracy, also presented in this issue.) Hunting, foraging, farming, trading, governing, working in a factory, are a few of the examples of self-constitution amply studied by anthropologists and historians. In each act of self-constitution the human mind in interaction with other minds is the driving force. Hence, to study the past of the human being is to study how people, hence minds, interact.
But things change as we enter the age of a pragmatic framework whose underlying structure is the paradigm of information processing, networking, decentralization, heterogeneity, task distribution, and non-determinism, to name a few of its characteristics. The computer, in its many possible forms (from the dominant one-step-at-a-time von Neumann machine to massively parallel machines, neural networks, optical computers, signal processing, biocomputing, and soon quantum computation) embodies part of the new age. Genetics, as a qualitatively different information-based model, is yet another manifestation of this age. Networking – from the now trivial Internet and distributed World-Wide Web to the fast emerging continuum of wireless ubiquitous computing – is yet another expression of this age. But foremost, this new age is marked by the solid expropriation of the mind by the sciences – cognitive science, artificial intelligence, artificial life, neurocomputation, brain mapping, and others. While anthropologists and historians grabbed the chance to integrate data processing in their endeavors, becoming mainly the accountants of the past, or a new kind of storyteller who derives narrations from records, the sciences took over the mind.
Scientists promised – and how much ignorance and impertinence the promise contains is not for me to judge – to decipher its mysteries. In 1970, Marvin Minsky, a prominent researcher in artificial intelligence claimed:
In from three to eight years, we will have a machine with the general intelligence of an average human being. I mean a machine that will be able to read Shakespeare, grease a car, play office politics, tell a joke, have a fight. At that point, the machine will begin to educate itself with fantastic speed. In a few months, it will be at genius level, and a few months after that, its power will be incalculable,
[cf. The Virtual Duck and the Endangered Nightingale, Digital Media, June 5 1995, pp. 68-74].
Typically, there is greater turnover millions of years before and after the time of climactic change than during the climactic event itself. This pattern suggests that the climactic control on mammalian evolution is much more complex than previously supposed, that intrinsic biotic controls may be more important than extrinsic environmental controls;
[cf. Does climactic change drive mammalian evolution? In GSA Today, Vol. 9, No. 9, Sept. 1999, pp. 1-7].
You, as historians, will immediately recognize here how the future drives the present – and this holds true for revolutions, social institutions, the evolution of power structures, among other things. Concretely, history could, and should, focus on correlations – a difficult task for those who until now have considered that the arrow of time can move only from the past through the present towards the future. There is more and better history on the opposite path. Take your time. The human mind operates quite naturally in both directions.
Let techno-freaks and immature scientists continue with their spectacular obsession with How? The world can only rejoice that this obsession results in technological progress. But do not give up, anthropologists, historians, and humanists of all stripe! Indeed, restate your claim to the mind and make it your central purpose. Because if no one does it, we might end up enjoying the most amazing of all worlds, but in a state of melancholy of a no less amazing scale. Short of asking and finding out Why? we do what we do work, love, eat, argue, participate in sports, dress in the latest fashion, build cities, go to war, and so much more we are cursed to a depression that might eradicate our species before any physical catastrophe, including the human-made variety could.
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