LRZK – Light‑Space‑Time Sphere Theory

This version is outdated. Please refer to the current description in the module of the meta-paradigm "The Big Leak: a new origin beyond the Big Bang" (Version 2.0). Description: This publication presents a comprehensive exposition of the Light‑Space‑Time Sphere (LRZK) as a fundamental structure of physical reality. The LRZK describes time not as a one‑dimensional parameter, but as a three‑dimensional, field‑dependent volume generated by the propagation of light and defining the local reality domain of an observer. The report introduces the complete axiomatics of the LRZK, including the extended formulation of Axiom 8, in which the Cosmically Universal Meta‑Operators (KUM) and the fundamental transformation operator M are defined. This operator links the field parameters (K, ρ, p) to the realization of effective physical constants (Q_eff) within the local LRZK subfield. In addition to the mathematical structure (ASCII‑formatted equations, radius and volume functions, event dynamics), the physical implications of the theory are discussed: expansion as the growth of time volume, dark energy as a geometric signature, fine‑tuning as a resonance phenomenon, and the interpretation of quantum particles as resonance nodes within an LRZK. The theory integrates observer‑centricity, field dependence, dynamical evolution, and scale invariance into a coherent conceptual framework. The report also includes a comparison with established theories (relativity, quantum mechanics, cosmology), a critical assessment of testability, and possible experimental approaches for empirical verification. The LRZK framework provides a unified, scale‑invariant description of space, time, and matter, offering new perspectives for foundational research in physics and cosmology. This publication consists of three components: Main document: Full research report Technical appendix: Axiomatics and ASCII‑formatted equations Foundational text: Original presentation of the LRZK theory