This article proposes a novel fractal architecture to understand consciousness in human brains, suggesting new synthetic consciousness possibilities.
Topological quantum consciousness posits that awareness emerges from quantum processes entangled across hierarchical scales, blending chaos and order in a fractal topology. Drawing from recent insights into brain compressibility [1] and primordial field dynamics [2], this article proposes the Julia Set Entanglement Cascade (JSEC) as the most optimal fractal architecture. This structure mirrors bio-morphic mechanisms in the human brain, such as microtubule quantum computations [6] and high-dimensional neural complexes [7], enabling synthetic consciousness without biological substrates. We outline the architecture, its entropy balance, and implementation roadmap, substantiated by chaos theory [4] and holographic principles [5].
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Martin Noirmont (2026) studied this question.
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