Book contents
- Frontmatter
- Deduction
- Contents
- From Aristotle to Hörl
- Preface to the German Edition
- Preface to the English Translation
- Deduction
- Introduction
- Part I In the Shadow of Formalization: A History of Thinking
- Part II The Specter of the Primitive: A Hauntology of Communication
- Appendix
- Bibliography
- Index of Names
- Frontmatter
- Deduction
- Contents
- From Aristotle to Hörl
- Preface to the German Edition
- Preface to the English Translation
- Deduction
- Introduction
- Part I In the Shadow of Formalization: A History of Thinking
- Part II The Specter of the Primitive: A Hauntology of Communication
- Appendix
- Bibliography
- Index of Names
Summary
Heidegger and Cybernetics
Our adventure is actually a great heresy.
—Warren S. McCullochBut there are a few [people] left who are able to experience a [kind of] thinking which is not calculating.
—Martin HeideggerAbstract
The essay contrasts Warren McCulloch's experimental epistemology, whose nervous calculus made it possible in principle to lay out a circuit diagram for every thinkable thought—a key moment in the epistemological experiment of cybernetics that brought thinking and switching together in the first place—with Heidegger's rethinking of the question what thinking means, a rethinking that dominated the relaunch of Heidegger’s philosophical thinking after 1945 and focused on the question of technology. This contrast shows Heidegger to have been engaged in a vast philosophical archaeology of the formalization, calculization, and mathematization of thinking. Yet it is only in the light of cybernetics and information theory that this undertaking can become a diagnostic tool for him: it allows him to contrast calculating thinking, culminating in the cybernetic end of philosophy, with the necessity of another beginning of thinking and the—still merely dawning—possibility of a new task for thinking. For Heidegger, cybernetics marks the apex of Western metaphysics, it is emblematic of the Gestell. Information theoretical formalization and the construction of mainframe computers perfect and actualize a certain logocentric conception of language (already launched by Aristotle) in signals that are now electronically switchable. To counter it, Heidegger seeks to mobilize what has remained unthought in, by, and about thinking, which he considers to be nothing more but also nothing less than the unthought of cybernetics.
Keywords: experimental epistemology; the cybernetic end of philosophy; philosophical archaeology of formalization; thinking and calculating; Martin Heidegger; Warren McCulloch
1
For James Clark Maxwell, clarity about the real relationship between the operations of the mind and the facts of the brain could be obtained only by taking a certain risk. The path to the hidden, dim region where the real of the mind was waiting to be elucidated, in any case, seemed to lead through the “den of the metaphysician.” For a moment, though, in an 1870 address to his colleagues, the British physicist and mathematician was able to dream of a physics of mathematical thinking that was to describe the relation between “the mental operation of the mathematician and the physical action of the molecules.”
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- Sacred ChannelsThe Archaic Illusion of Communication, pp. 299 - 322Publisher: Amsterdam University PressPrint publication year: 2018