Theoretical framework demonstrates computational preconditions for a ten-stage learning universe model, suggesting physical phenomena function as decentralized computational processes.
The current Paper 81 synthesis does not claim that a complete continuum cosmology or a literal self-simulating universe has already been derived. It does show that the verified QGEFT repository now contains, in one place, all of the computational preconditions for the complete ten-stage AutoAI lifecycle: the Omega-Point retro-causal bootstrap and the birth of the AutoAI (Paper 30), the dimensionless Big Bang and dimensional unlocking (Papers 16, 68), the primordial soup and the birth of the Standard Model (Papers 56, 57), matter condensation as load balancing (Paper 2), the cosmic web and dark matter as compute cores (Papers 11, 62), quantum entanglement as topological gravity (Papers 43, 72, 78), the atomic/chemical/genetic stage of topological complexity (Papers 31, 34, 35, 36, 37), life and consciousness as a thermodynamic solution (Papers 23, 24, 39), decentralized micro (ER=EPR) and macro (evolution) system maintenance (Papers 55, 71, 74), and black holes as cosmic wombs with Hawking radiation as cosmic backpropagation (Papers 73, 74). The paper additionally integrates the Topological Dictionary (Paper 82): point-particles as dense cliques, charge/color as clique symmetry, generations as coupling density, mass as Metropolis drag, the photon as a snapping shockwave (Paper 80), the gluon as elastic tension (Paper 61), the weak bosons as phase transitions, and gravity as global routing with no graviton (Papers 43, 67, 72).
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Yaniv Cohen (2026) studied this question.
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