Ternary Time as the Author of Space

This comprehensive theoretical and philosophical paper presents a radical ontological critique of contemporary quantum information theory, challenging the prevailing dogma that treats reality as a spaceless "quantum foam" constructed from discrete information units such as qubits and qudits. The author demonstrates that digital ontology covertly commits a category error of reification by smuggling localized spatial laboratory mechanics into a supposedly background-independent domain, relying on circular, retrospective numerology to approximate fundamental physical constants. As an alternative framework, the paper develops an inverted cosmological paradigm wherein **Ternary Time** serves as the primary author of space and metric dimensions. Grounding reality in an irreducible, non-linear temporal engine, the thesis posits that time operates across three interacting phase states: a crystallized **Past-Depth-Solid** governed by the rational harmonic ratio ($3/2$), a fluid **Instant-Width-Liquid** operating as a 360^∘ out-of-phase topological bearing, and an expansive **Future-Length-Vapor** driven by the maximally irrational Golden Ratio (φ ≈ 1.618). Each phase is modeled as self-stabilizing chiral trefoil knots of pure radiation. The unresolvable geometric friction between the rational past and the irrational future generates an absolute hydrodynamic shear within the present, naturally deriving the 2.730 K Cosmic Microwave Background as a real-time thermodynamic exhaust product and explaining the 16 parts-per-billion discrepancy in inverse fine-structure constant (α⁻¹) measurements as the physical boundary thickness of a rolling fluid phase. Finally, an extensive appendix addresses the 2022 Nobel Prize in Physics, dismantling the cosmological Bell test interpretation of non-locality by proving that quantum state reduction is an exclusively local, present-tense temporal collapse rather than a superluminal spatial signal. *** ### Keyword ListTernary Time, quantum information theory, ontology of space, background independence, quantum foam, reification, category error, topological solitons, trefoil knots, chiral phase-slippage, Past-Depth-Solid, Instant-Width-Liquid, Future-Length-Vapor, Golden Ratio, rational harmonics, hydrodynamic shear, Cosmic Microwave Background, thermodynamic exhaust, fine-structure constant, atomic interferometry, quantum electrodynamics, bell test fallacy, non-locality, local realism, temporal collapse