Refracting Theory: Politics, Cybernetics, Philosophy

Archive for the ‘artificial intelligence’ Category

Thinking Cybernetics

In algorithm, apparatus of capture, authority, biopolitics, call for papers, code, control, cybernetics, desiring machines, einstein, ethics, humanity, language, media, metaphysics, technology on Saturday, February 2, 2008 at 4:29 am

(Matt Dixon)

Thinking Cybernetics:
Mapping the Intersections between Metaphysics, Technology, Biopolitics

(abstract for panel)

The purpose of this panel is to gather together ideas, perspectives, and questions from a diverse variety of thinkers and disciplines relating to the theory and practice of cybernetics. Our goal is to raise a series of critical questions concerning the intersection between biopolitics, metaphysics, and technology.

While each paper is devoted to a specific author or authors and is generally focused on a particular theme or aspect of cybernetics, all of us in some way are arguing for a larger transformation of philosophical, political, social, and technological categories. There are many urgent questions posed by cybernetics; and moreover, its development has so far tended to furnish many other fields of investigation with new tools for studying new problems. As St-Exupery wrote in 1939: “The machine does not isolate man from the great problems of nature, but plunges him more deeply into them.” What does philosophy have to tell us today about our relationship to technology? What does cybernetics imply for metaphysics, ethics and epistemology — or even for the future of writing?
Read the rest of this entry »

Deconstructing Cybernetics

In abstract machine, catastrophe, chaos, communication, conservatism, cybernetics, decentralization, derrida, distinction, exteriority, godel, humanity, machine, metaphysics, ontology, spencer-brown, spirit, writing on Saturday, January 19, 2008 at 12:33 am

Notes on Derrida and Cybernetics

Let us conjecture that the invention of the transistor — an auto-controllable circuit — indicates the attainment of a critical level of development in cybernetics, a “tipping point.” Then for writing the corresponding moment is the invention of the video camera, perhaps more precisely the photograph: now seeing is writing, literally marking. Visio-literature is the only kind that can ever exists for us today — even ancient literature is post-modern for 21st-century readers. We cannot simply forget the history of writing, which is also the history of humanity — a spirit which is more like a ghost successively inhabiting our bodies, then our writing-instruments, then our machines, and next…?

Read the rest of this entry »

Systems of Control: Derrida and Machines

In automation, control, cybernetics, derrida, history, human, machine, metaphysics, nonhuman, system on Wednesday, January 16, 2008 at 5:48 pm

(notes for an abstract)

If the theory of cybernetics is by itself to oust all metaphysical concepts — including the concepts of soul, of life, of value, of choice, of memory — which until recently served to separate the machine from man, it must conserve the notion of writing, trace, written mark, or grapheme, until its own historico-metaphysical character is also exposed.

[...[E]ven before being determined as human… or nonhuman, the gramme — or the grapheme — would thus name the element. An element without simplicity. An element, whether it is understood as the medium or irreducible atom, of the arche-synthesis in general, of what one must forbid oneself to define within the system of oppositions in metaphysics, of what consequently one should not even call experience in general, that is to say the origin of meaning in general.]

(Jacques Derrida, Of Grammatology 9)

Norbert Weiner introduced the neologism ‘cybernetics’ — in connection with the ancient Greek root meaning ‘governance’ — to denote a new science of systems of control. Cybernetics studies real complex systems and their automatic management, but it is also a rigorous science of energetics and pure information. The most essential expression of cybernetics itself and its own working ontology can perhaps be traced to Von Neumann, who conceived of a swarm of networked machines which could also function together as a kind of generic factory, and so would be able to reproduce all of its own component elements (and hence itself.) In this image we perhaps witness a glimpse of an “adult” cybernetics — the closure of metaphysics, the end of writing, the convergence of biology and cybernetics — a “transubstantiation” of flesh into the virtual.

Read the rest of this entry »

Literary Machines: Between Drama and Artificial Intelligence

In actualization, artificial intelligence, behavior, being, cinema, cybernetics, drama, existence, image, interactivity, interface, language, one, reverie, story, theory on Saturday, December 15, 2007 at 4:49 pm


Insofar as it tends towards a studied negation (or counter-actualization) of our numb existence, endlessly dramatizing the existential narrative of escape, contemporary cinema conveys an intense and disturbing truth about modern reality. It is not just the easy and everyday dissociation that life is a movie, but more surprisingly, that movies have become indistinguishable from our real lives. Drama is not merely a terrifying absence, simply the dissolution of the synchrony of the One, but an enigma even more puzzling still– the cinematographic interface is already an incontrovertible diachrony, a renegade communication across an abyss of broken myth. Cinema: the art of time turned in upon itself. The surface story splits the world in Two, by drawing a sacred circle (or rectangle) in which larval intensities can escape from their segmented order of time (or space.) Images transcend history.

Read the rest of this entry »

Universal Computation and The Laws of Form

In Turing, algorithm, complexity, computation, consciousness, cybernetics, deduction, emil post, godel, hologram, hooft, information, information processing, laws of form, physics, psychoanalysis, quantum gravity, spencer-brown, string theory, structure, wolfram on Sunday, November 25, 2007 at 11:25 pm

Remarks on Turing and Spencer-Brown

(Joseph Weissman)

Introduction

Computation is holographic. Information processing is a formal operation made abstract only by a reduction in the number of free variables, a projective recording which analyzes from all angles the entropy or information contained in the space. Thus, basing my results partly on Hooft’s holographic conjecture for physics (regarding the equivalence of string theory and quantum theory,) and by extending Spencer-Brown’s work on algebras of distinction (developed in his Laws of Form,) I will sketch the outlines of a new theory of universal computation, based not on system-cybernetic models but on holographic transformations (encoding and projection, or more precisely, fractal differentiation and homogeneous integration.)

Hooft’s conjecture allows us to extend the Laws of Form with an “interface” model where computation doesn’t require an observer, only the potentiality of being observed. In other words, all we need is the construction of a interface (positive feedback system, i.e., an iterative calculation or mutual holographic projection) in order to process information. Light itself can be thought of as encoding information, and in particular, electromagnetic waves form a necessary part of holographically recorded information. In other words, to operate in a formal system is to derive information only from interfaces, simpler than but in some way equivalent to the “real” objects.
Read the rest of this entry »

Simondon and the Machine: Technology, Individuation, Reality

In Science / Mathematics / Technology, Simondon, biology, crystal, cybernetics, form, individuation, knowledge, machine, physics, psychology, structure, technology, tension on Tuesday, November 20, 2007 at 6:18 am

Fractal Effervescence (2006), David April

 

Simondon and the Theory of Individuation

There is something eternal in a technical scheme… and it is that which is always present, and can be conserved in a thing.

Gilbert Simondon

Gilbert Simondon’s reformulation of information theory on the basis of a new philosophy of technology has, in comparison to earlier attempts, at least the following major advantages to its credit:

- His thought introduces us to an entirely new way of understanding technology. His earliest work investigates the intrinsic nature of the machine. He asks about the conditions of the genesis of machines in the world, the essential nature of their concrescence from an abstract model.

Read the rest of this entry »

Machinic Autopoesis

In abstract machine, biology, cybernetics, form, information, model, ontology, structure, system, theory on Thursday, October 11, 2007 at 6:40 pm

rotate-1php.jpeg

Process

In Mechanism and Biological Explanation [Maturana 1970], Humberto Maturana and Francisco Varela argue that machines and biological forms are very closely related — so closely, in fact, that biologists can reasonably claim living systems are machines. This is not meant merely as a pedagogical metaphor, but rather as a rigorous analogy, which emphasizes important symmetries, and even better, expresses concisely specific experimental and theoretical aims. In what sense, then, are living systems machines?

A machine is defined by a group of abstract operations, satisfying certain specific conditions. An abstract machine is this system of inter-relations which is itself independent of the actual components which ‘realize’ the machine. A fishing boat can be made from many kinds of wood, sailed on many bodies of water, used to store many species of fish; a game of tag can be played with an arbitrary number of arbitrary people in any suitable space. What matters is not the specificity of a given component but the specificity of its relationships. We can define living systems as specific groups of components and their inter-relations, according to both abstract structure and specific functionalities. But insofar as we are only considering their structure, living beings are isomorphic to collections of finite groups of abstract machines: biology considers micro- and macro-structure, whereas systems theory studies inter- and intra-relations.
Read the rest of this entry »

Remarks on Computational Creativity

In artificial intelligence, complexity, creativity, evolution, immanence, interface, machine, network, nomads, self-organization, virtual on Friday, September 21, 2007 at 12:24 am

fractal_knot.jpg

Artificial intelligence stands in need of a fresh thought: a new thinking of complexity, of the virtual, and of machines. Instead of a virtual founded upon forms which remain forever the same, we need an idea of the virtual founded upon difference itself. We need a creative virtuality.

The task of building a robot demands a lucid and algorithmic way of grasping the frame problem. An adaptive principle of distinguishing problem spaces, some genetic evolution culminating in the capacity to mark a difference. So how do the sense organs evolve? Which is another way of asking: how does experience form?

Read the rest of this entry »

Seven Machines: Theses for a Cybernetics of Ontology

In artificial intelligence, cybernetics, guattari, interface, machines, ontology, problem space on Friday, September 14, 2007 at 9:08 pm

A machinic assemblage, through its diverse components, extracts its consistency by crossing ontological thresholds, non-linear thresholds of irreversibility, ontological and phylogenetic thresholds, creative thresholds of heterogenesis and autopoiesis. The notion of scale needs to be expanded to consider fractal symmetries in ontological terms… What fractal machines traverse are substantial scales. They traverse them in engendering them. But, and this should be noted, the existential coordinates that they ‘invent’ were always already there… we need to rediscover a manner of being of Being — before, after, here and everywhere else — without being, however, identical to itself; a processual, polyphonic Being singularisable by infinitely complexifiable textures, according to the infinite speeds which animate its virtual compositions. – Felix Guattari, Chaosmosis

0
Where can we find an abstract machine? But they have no single position in space: only a series of instructions, for plugging other machines together.

Read the rest of this entry »

Notes on Natural-Language Artificial Intelligence

In Turing, artificial intelligence, language, searle, simulation on Tuesday, April 24, 2007 at 1:19 am

Our first axiom must be some kind of logically justifiable affirmation that this goal is indeed reachable:

(1) Linguistic competence is attainable through the appropriate programming of any universal Turing machine.

In order to demonstrate this, let’s suppose that (‘artificial’) natural language agency isn’t possible. Accepting this implies at least one of the following two propositions must be true:

(a) Either linguistic competence will never be attainable for machines due to some kind of ultimately undiscoverable reason, or

(b) Algorithmic linguistic competence is unattainable for a reason which is, at least in principle, discoverable (i.e, empirically demonstrable)

In the case of (a), we have a clear fallacy verging on mysticism, at least without further evidence to adduce it. Formally, positively asserting impossibility based on an absence of evidence is purely inductive and has no necessary truth value. On the other hand, the truth value of (b), rather than resorting to faith in a metaphysical proposition, is based entirely on the principle of impossibility which is to be demonstrated. This is, of course, the more scientific of the two propositions, and the one that most deserves our scrutiny.
Why have we drawn this distinction? First, because it is clear that many “counter-proofs” of natural-language A.I. (“strong” A.I.) advocate (b) on the basis of (a), in a sort of admixture where they end up founding their “empirical” demonstrations upon crude and poorly-concealed metaphysical presuppositions. Second, because the second proposition (b) opens upon an important question which deserves scrutiny as a science in itself and which has been unnecessarily fettered with the supernatural faith of the first.
Let’s take as a common example the objection raised in Searle’s
‘Chinese Room’ thought experiment. He argues in essence that a computer will always and only be a model of a mind and, being just a machine, will be forever incapable of anything resembling human “cognitive states” (i.e., understanding, imagination, etc.) Searle presupposes the existence of a machine which would communicate with some degree of facility in a natural language; that the machine can speak Chinese is an arbitrary choice. In Searle’s conception, the operations of the machine are entirely determined by logical necessity. These operations, therefore, can be represented by any system correlative to a universal Turing Machine—and we must remark at this point that every physical system is of this kind, so that even a human being manually performing the operations on paper could represent the operation of the speaking machine: taking input in Chinese, “mechanically” applying rules, and delivering the result.
This is in fact precisely the case Searle considers: this way, the human is considered only as a rule-bound sign-manipulator, unconscious of meaning as such, to precisely the degree he performs the operations of the language-speaking machine. Moreover, the human being doesn’t need to understand Chineses in order to perform these operations; thus, since the pure operation of the system can’t encounter “cognitive states,” even though these may be simulated by the computer program which the human being is unwittingly but faithfully carrying out. To Searle, this also means that Chinese is not being “understood” by the machine either, even if it is a spectacularly convincing simulation. Insofar as it is just a universal Turing machine, Searle asserts that it is impossible for machines to understand Chinese.
It is easy to see how a large part of the conclusions Searle draws from his experiments are accurate: it is undoubtedly the case that computers, modern or not, are just and always mindlessly manipulating symbols. But to conclude from this that language requires something else than what is being offered. Just because the operations themselves are not cognitive states, this of course doesn’t mean that cognitive states don’t exist or are therefore impossible. Here Searle is against the Strong AI project as well as against Turing, who would seem to accept that a machine which could converse easily and convincingly at length with a human subject would qualify, at the least as ‘intelligent.’ Consciousness cannot be thoughtlessly conflated with linguistic competence.

In other words, (b) does not logically follow from (a), even if we do accept (a)’s truth-value. To speak via the position of an undiscoverable absence is, again, a non-actionable and unscientific presumption verging on the mystical.

Lacan and Artificial Intelligence

In artificial intelligence, chalmers, consciousness, henri wallon, lacan, phenomenology, psychoanalysis on Monday, February 5, 2007 at 4:05 pm

Here I’d like to try to make a little more explicit some of the more provocative interrelations between Lacan’s philosophical and psychoanalytic project and the goals of modern artificial intelligence. Let’s start with the “hard problem” of consciousness, which can be phrased: “Why is there a subjective component to experience?” In his seminal article Facing Up to the Problem of Consciousness, Chalmers puts it thus:

It is undeniable that some organisms are subjects of experience. But the question of how it is that these systems are subjects of experience is perplexing. Why is it that when our cognitive systems engage in visual and auditory information-processing, we have visual or auditory experience: the quality of deep blue, the sensation of middle C? How can we explain why there is something it is like to entertain a mental image, or to experience an emotion? It is widely agreed that experience arises from a physical basis, but we have no good explanation of why and how it so arises. Why should physical processing give rise to a rich inner life at all? It seems objectively unreasonable that it should, and yet it does.

This “undeniable” element of experience is the zone of subjectivity proper. It is not, properly speaking, a location, a concept, a word or an object. On the contrary, this zone seems to be the ultimate source of linguistic/gestural ‘reality’; as such, it represents the capacity of a signifier to delay its own signification, the delay being the experience of the signification which depends on future utterances to acquire its meaning. Such a postponement is not technically a concept, a word or an object, but an experience or a temporal mode. There are close ties here to Derrida’s notion of differance here: for Lacan, the self constructs its identity relationally, as signs do.
So, in short, the crisis can be boiled down to a recursion problem: How can we even begin to signify “how the self begins to signify”? This “explanatory impasse” of consciousness, our inability to translate it into schematic, algorithmic or in any sense technical (non-poetic or archetypal description) results, apparently, from the curious self-ownership of experience, from the fractured reflexivity of intentional awareness. Lacan closely analyzes this cut or rupture as the joint or juncture of subjectivity in his 1949 lecture on the mirror stage (which is also the subject of the first paper in Ecrits.)
Lacan’s work on development was of course influenced by Freud, but also very much by Marxist psychoanalyst Henri Wallon, who lectured at the Sorbonne in the first decades of the last century. Wallon’s theory differed from Piaget’s model of development by asserting the possibility of regression (which cannot occur in Piaget’s theory.) For Wallon, from the moment a child is born (and probably much earlier) there already exist impulsive and emotional factors, affective influences from the external environment which are mirrored by internal feelings and a burgeoning subjective awareness. These factors dominate the child’s reality until, by positive and guided interaction, the child differentiates emotional modes and dispenses with “gestural disorder”; the child integrates the external stimuli, allows these to structure their reality (instead of the affective internal sensations which previously dominate.) This second stage (which Wallon called the sensorimotor and projective stage) supports the emergence of two distinct kinds of intelligence: practical intelligence which emerges from the manipulation of real world objects and the child’s own body, and discursive intelligence which can emerge only through structure interaction (imitation, appropriation and correction.) The most important philosophical consequences of Wallon’s views (on Lacan) is the crisis of development. Wallon emphasizes the messy causality, the properly dialectical (in the Hegelian sense) progress of development: the subject is structured by a lack; a positive theory of development is, in a sense, a critical impasse, an anti-synthesis, for an all-too-real crisis of disruption underlies all possible development and progress.
So for Lacan, the crisis at the mirror stage is not the erasure of a previous body composed of “bits and pieces” which are united by a glance in the mirror (“Ah! I am finally unified once and for all!”) To Lacan, the salvation of a unity of consciousness is already a misrecognition and only highlights the ever-present risk of a depersonalization, the traumatic possibility of a real disruption, of regression–one step forward, two steps back. The child has a desire to see himself as an “I,” as a complete entity exterior to the external world. Desire itself, for Lacan, is a desire for wholeness; yet the desire is the hole, desire is the missing piece. The object of desire–the completed self–structures our self-directed activity through maintaining a distance to the desired object. The subject is this division; the object (the symbolic hole within the imaginary whole) is the desire. Lacan, then, is saying that the “recognition” the child experiences when he looks at the mirror is actually a misrecognition, that is, it recognizes a lack: the sense of wholeness emerges from “bits and pieces.” Being doubly outside ourselves: this is what it to be ourselves. So in looking at the mirror, by misrecognizing ourselves, we create a self which is alienated from us, which is structured by a lack which we try forever (impossibly) to close and endlessly fantasize about filling in. Let’s hear from Lacan himself (from Sheridan’s translation of Ecrits):

This act [looking into the mirror], far from exhausting itself, as in the case of the monkey, once the image has been mastered and found empty, immediately rebounds in the case of the child in a series of gestures in which he experiences in play the relation between the movements assumed in the image and the reflected environment, and between this virtual complex and the reality it reduplicates–the child’s own body, and the persons and things, around him. This event can take place, as we have known since Baldwin, from the age of six months, and its repetition has often made me reflect upon the startling spectacle of the infant in front of the mirror. Unable as yet to walk, or even to stand up, and held tightly as he is by some support, human or artificial (what, in France, we call a ‘trotte bébé’), he nevertheless overcomes, in a flutter of jubilant activity, the obstructions of his support, and fixing his attitude in a slightly leaning-forward position, in order to hold it in his gaze, brings back an instantaneous aspect of the image. For me, this activity retains the meaning I have given it up to the age of eighteen months. This meaning discloses a libidinal dynamism, which has hitherto remained problematic, as well as an ontological structure of the human world that accords with my reflections on paranoiac knowledge. We have only to understand the mirror stage as an identification , in the full sense that analysis gives to the term; namely, the transformation that takes place in the subject when he assumes an image–whose predestination to this phase-effect is sufficiently indicated by the use, in analytic theory, of the ancient term imago.

For Lacan, all knowledge is paranoiac because it is built directly upon deception, and in this way he directly opposes himself to Cartesian theories of the subject which derive their power from the reflective axiomatism of the cogito. He can say this because he understands the mirror stage as an identification. In Freudian theory, identification is always identification with another, especially an ideal image of oneself. This assumption of an image is understood to be an ideal mental object from the child’s earliest memories–that we have an imagined ego-ideal which we strive to identify with. In other words, the ego is a fiction:

This form would have to be called the Ideal-I [je-ideal], if we wished to incorporate it into our usual register, in the sense that it will also be the source of secondary identifications, under which term I would place the functions of libidinal normalization. But the important point is that this form situates the agency of the ego [moi], before its social determination, in a fictional direction which will always remain irreducible for the individual alone, or rather, which will only rejoin the coming-into-being (le devenir) of the subject asymptotically, whatever the success of the dialectical syntheses by which he must resolve as I his discordance with his own reality.

The agency of the ego–a phrase which ought to be of some interest to artificial intelligence experts–is identified prior to its social determination as an irreducible fiction, one which cannot be integrated into being-in-the-world by any sort of dialectical synthesis. Yet we are driven towards precisely such a resolution, and this is the rupture in which the ego circulates as a pulse, the cut in which we attempt to resolve our own discordance with ourselves, that is, the break between ourselves and our own reality. Whether or not “Can we model/simulate such a rupture?” is a meaningful question, we shall have to leave for another time.