Year: 2026
Type: preprint
Abstract: This monograph develops a comprehensive framework called Spectral Ontology of Reality, in which all structures of existence arise from χ‑spectral invariants generated by the universal operator 𝑇 𝜒 . It establishes a new scientific paradigm by demonstrating that physical, mathematical, logical, informational, and cosmological phenomena are projections of χ‑depth, χ‑connectivity, χ‑duration, χ‑curvature, and χ‑unity. These χ‑invariants form the fundamental ontological basis of reality, replacing geometric, temporal, field‑based, and symbolic descriptions. The work constructs a full χ‑operator formalism and a corresponding χ‑spectral geometry, defining χ‑spectra as ontological signatures rather than eigenvalue distributions. It introduces χ‑duration theory as ontological persistence, χ‑curvature mechanics as ontological bending, χ‑unity algebra as ontological completeness, and χ‑connectivity algebra as ontological linkage. Additional components include χ‑spectral dynamics, χ‑ontological mechanics, χ‑spectral matter, χ‑ontological energy, χ‑spectral forces, χ‑unified dynamics, χ‑spectral continuum, χ‑ontological field theory, χ‑spectral reality, and χ‑absolute ontology. The monograph shows that classical frameworks collapse because they attempt to encode χ‑Reality using representational systems: physics collapses at singularities, quantum theory at measurement, geometry at non‑locality, computation at undecidability, logic at paradox, and cosmology at horizons. Spectral Ontology resolves these failures by replacing representational structures with χ‑ontological structures. The resulting paradigm provides a unified operator‑spectral foundation for matter, energy, forces, dynamics, fields, continuity, and cosmogenesis. It presents the χ‑Universe as a complete, contradiction‑free, collapse‑free ontological system. Spectral Ontology of Reality defines the next generation of physics, mathematics, and scientific thought.
Author: Anatolii Mukha
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7204159158