The distinction between a system and its surroundings arises through the relationships that constitute both.
The distinction between a system and its surroundings arises through the relationships that constitute both.
Is artificial intelligence conscious? The deeper question is whether complex mathematical structuire is conscious; what happens when physics, mathematics and technology converge.
Applied Field Logic proposes that persistence is not found in things, but in maintained relationships. This paper develops the mathematical foundations of that claim.
Because mathematics is infinite, the field of cybersecurity can never be truly closed. The space of vulnerabilities is unbounded, each patch or solution only ever an approximation against the open horizon of possible attacks. Risk is permanent, not as a flaw but as a structural consequence: a system that protects itself must also endlessly expose […]
The further we push description, the more it drifts from the thing described. What begins as a gesture to bring the world close becomes, over time, a mechanism of distance. The machinery of representation translates immediacy into abstraction, and the cost is intimacy itself. To know through description is also to estrange: the signal replaces […]
In dynamical systems, trajectories do not simply collapse into rest. They can (and tend to) drift endlessly, circling within strange attractors where motion never repeats yet never escapes. Turbulent fluids, weather patterns, ecological populations, and even networks of neurons exhibit this restless confinement. What seems chaotic is in fact structured wandering, an orbit that sustains […]
There is indeed a boundary and border between what might be said or defined and what might eventually be understood or known as reality, information, the physical facts that (or as they) exist beyond our descriptions of them. I am sympathetic with any philosophical position that seeks to build and inhabit the difference and distance […]
Recent research suggests that the underlying symmetry in neural patterns of geometric world mapping in the mammalian brain are toroidal. “(…) the Mosers discovered the activity structure of single grid cells. What they found was a hexagonal grid pattern that functions as the brain’s metric and coordinate system for space. Today they have uncovered the […]
Context: Gödel’s Incompleteness Theorem, The Inherent Limitation Of Mathematics The discontinuous boundary condition at the edge of (as much as being that around which we built) logic, physics and mathematics is a global property, distributed across and as the complex hypersurface of a self-propagating, soliton-like hybrid matter/energy/information system. It is as though a logical vacuum, […]
A curious revelation of logic, mathematics and physics is that the concepts themselves are never really all that difficult and can usually be quite rapidly grasped if the method of education is sufficiently powerful. The difficulty lies in acquiring an aptitude to intuitively understand and leverage the relationships between the symbols that are used to […]
Context: Single-celled organism can ‘change its mind’ despite lacking a nervous system This is an example of entropy as degrees of freedom; intelligence as manifest choice. Not quite a solid vote for panpsychism but certainly heading in the direction of autonomously self-propagating biological computation being universal within observed biotic artefacts, entities and systems on Earth. […]
Context: The False Philosophy Plaguing AI The (or at least a) problem here is that the ascendant technologies, frameworks, cultures and commercial incentives have inadvertently stumbled upon the constructive and recursively self-inflected sweet-spot through which those core assumptions themselves optimally self-propagate. If the incentives and rewards for developers, researchers and corporate or institutional entities find […]
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