About
Gregor Herbert Wegener is an independent theoretical physicist whose research focuses on the mathematical structure of resonance and projection in cosmological systems.
Since 1997 he has pursued the development of a unified operatoric framework describing cosmic self-coherence through resonance dynamics. His principal work, the Supra-Omega Resonance Theory (SORT), formulates a mathematical-physical model based on a system of twenty-two resonance operators forming an idempotent projection architecture. The theory aims to explain large-scale cosmological anomalies, such as CMB irregularities, early massive-galaxy formation, and the Hubble-parameter tension, within a resonance-based framework that extends beyond classical causal models.
Wegener’s independent research integrates symbolic computation, operator algebra, and conceptual modelling to explore self-consistent structures of energy, information, and geometry in the universe.
Since 1997 he has pursued the development of a unified operatoric framework describing cosmic self-coherence through resonance dynamics. His principal work, the Supra-Omega Resonance Theory (SORT), formulates a mathematical-physical model based on a system of twenty-two resonance operators forming an idempotent projection architecture. The theory aims to explain large-scale cosmological anomalies, such as CMB irregularities, early massive-galaxy formation, and the Hubble-parameter tension, within a resonance-based framework that extends beyond classical causal models.
Wegener’s independent research integrates symbolic computation, operator algebra, and conceptual modelling to explore self-consistent structures of energy, information, and geometry in the universe.