Genesis of quantum nonlocality

Alexander Komech

David Favrholdt

Mark Germine

Quantum nonlocality is described in the context of a subjective duration that has a period of unconscious simultaneity of potentials that are reduced to an actual observably-identical mixed state of consciousness that deposits time and duration at the end of the mental state. Quantum microgenesis involves the observer as the agent of experience, which is a single continuum from depth to surface in the genesis of the mental state, repeating prior states of the individual. Microgenesis is generalized as prior becomings going back to the inception of the Universe. Synchronicity is the fundamental principle of Mind, Self, and consciousness. Mind is always One, which cannot be multiplied. Synchronicity is beyond any process of inanimate quantum nonlocality. It is outside of the physics, as Mind is based on the actualization of the mixed state of the human mind rather than the single quantum eigenstate given by the physics. Consciousness is thus a process of an irreducible and indivisible Mind in ourselves and the acausal realm of synchronicity. The mental-physical process evolves from the unconscious subjective time in the period of simultaneity, proceeding to the actuality of the mixed state of consciousness through synchronicity in its operative role as manifestation of Mind. Periods of unconscious duration and simultaneity exist as potential and only become actual at the synchronous moment of conscious observation at the end of the cyclical mental state.

Mary Bell, Shan Gao

Jean-Pierre Laine

The Genesis-1 framework postulates that space is a structured electromagnetic medium (Ethon-Space) composed of Ethons organized into prime-number fractal structures, with measurable properties ε₀, μ₀, c, Z₀. This document introduces the structural tension filament — a real geometric object produced by any fracture of a coherent Ethon fractal structure. It is a persistent longitudinal deformation of ε₀ along a structural line, whose joint state at both endpoints is defined instantaneously without signal propagation. This mechanism provides a causal and geometric explanation for quantum non-locality, consistent with Bell's inequalities. Applications are developed in particle physics (electron-positron pair, photon polarization), cosmology (physical origin of the cosmological constant, cosmic web), and quantum computing (decoherence as extrinsic perturbation). Falsifiable predictions are provided. Bilingual document: English / French.