Category:
Research Papers
Sub-Category:
Quantum Theory / Particle Physics
Date Published:
July 2, 2025
Keywords:
Quantum Superstructure Field, Quantum Superposition State Field.
Abstract:
Abstract.
This conceptual note introduces a triadic framework for modeling quantum ontology through three co-defining constructs: a quantum superstructure field Q (????,???? , a contextually modulated superpositional state field S(x,t) , and a proposed acquiescence operator O^acq that formally characterizes the moment of quantum occurrence. Together, these components define an informational substrate permeating all spacetime, wherein quantum events do not “collapse” arbitrarily but emerge via embedded morphogenic thresholds. The model invites reexamination of core assumptions in quantum mechanics, quantum field theory, and quantum cosmology by positioning decoherence and occurrence as endogenous field events rather than externally imposed phenomena. This note outlines the interpretive implications and invites dialogue around measurement-neutral reformulations of emergence in quantum systems.
A symbolic and operational language that captures the quantum superstructure as a totality, its superpositional state, and the moment of quantum occurrence via what is termed quantum acquiescence. Let’s build this symbolic triad step by step.
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