Wave-form Monistic Cosmology: An Ontological Integration of Black Holes, Big Bang, Photon Propagation, and Consciousness

I propose in this paper a Wave-form Monistic Cosmology (WMC) as the ontological extension of the Quantum Geometric Wave Connectivity Hypothesis (QGWC). WMC unifies matter, space, time, photon propagation, cosmic origin, and consciousness under a single underlying principle: they are not isolated physical entities but distinct layers and compositional modes of the same underlying wave-form structure. The paper constructs this ontology through six sub-hypotheses H12–H17: H12 "consciousness identity is governed by a wave-form fidelity threshold"; H13 "ontological identity of space and wave-form"; H14 "Big Bang as wave-form phase transition"; H15 "black hole–Big Bang duality"; H16 "micro-perturbations in multi-dimensional time as the triggering mechanism of cosmic evolution"; H17 "photon propagation as wave-form reconstruction." Among these, H17 is the most pivotal: starting from the relativistic fact that the photon's own proper time is identically zero, and combining it with the Wheeler–Feynman absorber theory and Feynman's path integral, I argue that "light speed c" is not a velocity but a coupling constant between the external observer's spacetime scale and the wave-form reconstruction process; every photon emission-absorption is a microscopic wave-form reconstruction event. This perspective transforms QGWC's H10–H11 from "science-fiction physics conjecture" to "ontological reinterpretation of an already-known phenomenon." The concluding section grades each sub-hypothesis: H17 is an ontological reinterpretation; H12–H13 are conditional hypotheses; H14–H16 are cosmological conjectures.

This record contains both the English version (wmc_en.pdf) and the Traditional Chinese version (wmc.pdf) of the paper, with XeLaTeX source files. The prerequisite paper "The Quantum Geometric Wave Connectivity Hypothesis" lays the foundational H1–H11. See Related Identifiers.