From Quantum Non-Locality to Consciousness: Limits, Emergence, And Hypotheses

Shelli Renee Joye

A holoflux theory of consciousness as modulated energy is hypothesized and shown to support both local and non-local properties. This thesis emerges from an integral evaluation of evidence drawn from: (1) the holonomic mind/brain theories of Karl Pribram, (2) the ontological interpretation of quantum theory by David Bohm. Applying an integral methodology to superimpose and correlate seemingly disparate concepts from among these sources and others, a composite theory emerges, a "holoflux" theory of consciousness, after the term favored by Karl Pribram to describe David Bohm's "holomovement" between an explicate order and an implicate order. This Pribram-Bohm composite holoflux theory is shown to be congruent with established principles of physics, mathematics, and electrical engineering. Extending the panpsychist paradigm that consciousness is inherent in the structure of the universe, the thesis describes a dynamic energy process bridging the explicate space-time domain with a transcendent flux domain located at the spatial center, everywhere. This center is hypothesized to be synonymous with Karl Pribram's "flux domain" and David Bohm's "implicate order." Extending the theories of Pribram and Bohm, the holoflux hypothesis maps reality as a nondual energy, cycling mathematically, lens-like, in a process of transformation manifesting in three modes: (1) electromagnetic energy in space-time, (2) holoflux energy in a transcendent order, and (3) vibrating isospheres at the boundary gap separating the implicate from the explicate orders.

I. N. Marshall

Shelli Renee Joye

A holoflux theory of consciousness as modulated energy is hypothesized and shown to support both local and non-local properties. This thesis emerges from an integral evaluation of evidence drawn from: (1) the holonomic mind/brain theories of Karl Pribram, (2) the ontological interpretation of quantum theory by David Bohm. Applying an integral methodology to superimpose and correlate seemingly disparate concepts from among these sources and others, a composite-theory emerges, a “holoflux” theory of consciousness, after the term favored by Karl Pribram to describe David Bohm’s “holomovement” between an explicate order andan implicate order. This Pribram–Bohm composite holoflux theory is shown to be congruent with established principles of physics, mathematics, and electrical engineering. Extending the panpsychist paradigm that consciousness is inherent in the structure of the universe, the thesis describes a dynamic energy process bridging the explicate space–time domain with a transcendent flux domain located at the spatial center, everywhere. This center is hypothesized to be synonymous with Karl Pribram’s “flux domain” and David Bohm’s “implicate order.” Extending the theories of Pribram and Bohm, the holoflux hypothesis maps reality as a nondual energy, cycling mathematically, lens-like, in a process of transformation manifesting in three modes: (1) electromagnetic energy in space–time, (2) holoflux energy in a transcendent order, and (3) vibrating isospheres at the boundary gap separating the implicate from the explicate orders.

Euan J. Squires

Rueda Gómez Fernando

This document presents a unified conceptual and topological framework for understanding quantum observation, emergent time, and network self-reference. It is structured in two complementary parts: Part I establishes the ontological hypothesis proposing that quantum collapse and conscious experience are isomorphic descriptions of a self-referential network defining itself locally, and that time is an emergent, situated property of this auto-observation. Part II addresses the formal criterion for the threshold of interior perspective, proposing topological informational centrality as the structural determinant, and connects this hypothesis with Tononi’s Integrated Information Theory (Φ). Together, these parts establish the theoretical foundation for subsequent engineering protocols in autonomous quantum error correction and topological phase transitions, while demonstrating the constitutive limits of any closed mathematical description of the universe.

Surendra Sherchan