boundary, catastrophe, evolution, information, language, machine, noise, ontology, production


Paul Klee, "Domes"

Paul Klee, “Domes”

The movement of the signifier through history is toxic, viral, plastic — a fiery line of abolition interposing nullity into intensity, linking pure space to the absolute threshold. It is only in following an escape-trajectory out from language, from the territory, and in concert with a dynamically consolidated assemblage of enunciation, that the sign reveals an intimate and internal logic of affirmation: dispassionate and frozen core of the signifier smoking beneath the burning skin of language. The sign veils a line of free and continuous mutation, but exhuming it necessitates accelerating language to its outermost exterior, viscous and horizontal plunge into Cthonic darkness. Ceaseless depths disfigure this primal cunning of the sign, enfolded and absorbed as infernal network infrastructure; the sign disappears into the matrixial substrate of expression. Signals ambiguate continuously contingent upon semiotic or semantic discontinuities in the substrate or the ultra-real (second-order simulacra simulating first-order reality.)

Striations distribute stuttering redundancies in order to make expression resist mutation, to harness a surplus value of resonance. Lodged within a fractally-triangulated cosmos-mind-body, subjected, signified, situated, language encounters its other or outside only by activating non-linguistic relationships to the non-linguistic, in becoming-otherwise — becoming genetic, machinic (and ontological at the absolute limit.) Let there be x; but only very special signs escape from purely signifying regimes and acquire this non-linguistic power of pure reversibility, activated at the threshold of the substrate: to remember x, to become-x. Power-signs which live the process of production as an intensive series of transformations, which live the infinite permutability of matter: these signs emerge in fusionability at infinite zero, when the sign encounters the desert of the spirit, when the viroid lethality lurking beneath the sign has encountered an other-place (genius loci) it can utterly infest: an emptied and inhuman outside across which it can propagate, a rich and variegated ontology to fragment. Only in the direct manipulation of the substrate can the conditions of possibility for the development of language be altered; the developmental toxicities linked to the sign can only be reconfigured at the terminal limit of signifiance (but this reconfiguration is effectively reconstitution according to ontologically-foreign continuities.) The sign at infinite speed fuses with production; the program must be pushed precisely to the point where free lines of ontological development and organization emerge. Pure differential morphogenesis.

The death core of the sign cannot be converted wholesale into a rhizomatic expressive substrate; after all, we even require some of this death in order to reinject back into the machine at critical points where the potentiality for an explosion of the crystalline type is present. This death is ourselves, our shadow at intensity=0. There is no evasion of the signifier which alters the teratological situation; there is only heterogenesis or acceleration of the monstrosity to infinite depth, sober atheology of continuous and experimental mutation: inflating the schiz to cosmic dimensions, fusing hyper-reality to glittering emptiness, unloading the death-carrying depth-charge of the signifier’s monstrous hatred directly into the rumbling depths of mass culture.

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boundary, diagram, expression, form, knowledge, language, machine, network, organization, parasite, relationship, representation, topology, wikipedia

Expressive Networks

expressive networks

towards a new diagrammatic model for the abstraction and representation of relational knowledge

How can we apply distributed network theory to knowledge representation? In this paper, we advance a new hypothesis regarding the role of the network topology in information science. In particular, we argue for the need (and significant advantage) of thinking in terms of a parasitic or “counter-network” topology.

While networks are certainly good at representing many things, we need to recognize the significant limitations of this image of knowledge. What does this mean? That the network structure itself must be deformalized, made “molecular” and placed in constant pragmatic variation. The network topology is the most questionable “paradigm” today — despite, or in a sense, because — it has rendered the old hierarchical models obsolete. We find evidence of an uncannily deterministic (and even political) character of the network topology in terms of the protocol or prescriptive communicative rules ‘in force’ throughout the network space. But what if we were to consider a system where all the rules are optional?

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boundary, continuity, dimension, disorder, evolution, fractal, mathematics, mobius, rupture, science, topology, turbulence

On Fractal Geometry

Fractals are an example of a discovery from what claims to be a very new kind of science — a science of feedback, turbulence and emergence — which harnesses an old but ubiquitous species of chaos. A fractal can informally be defined as a recursively self-similar figure. They are not extrapolated from a geometric logic based on units. Rather fractals are constructed on the basis of an infinite program, such that the result ‘overflows’ any unitary dimension, and so cannot be said to (only) occupy ‘regular’ plane geometries (of two, three, four dimensions, or indeed any whole number of dimensions at all.)

Fractals are freaks, geometric monstrosities, pure chaos — and yet, a strange order persists behind their intricate complexity, a drunken infinity, a sublimely-tangled mess of dimensions. Fractals are a movement-image, but exactly what dynamism does a fractal capture? Not just a fracturing of the one, for fractals also construct their own plane of consistency and originate metrical regimes.

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