The Origin of Gravity and the Cybernetic Recombination; a Theory of Everything

Abstract

Gihan Soliman

I propose a resonance-based reinterpretation of gravity in which attraction arises not from spacetime curvature but from timing-dependent coherence among oscillatory energy–information structures. Within this framework, matter is treated as a stable resonance domain, and gravitational affinity emerges when interacting modes fall into phase, deepening effective potentials and enabling non-collisional binding across scales. Repulsion and charge are recast as consequences of destructive interference and persistent resonance asymmetries, while fragmentation and re-aggregation generate inherited oscillatory signatures that act as proto-identities. The Cybernetic Recombination (CyRec) model integrates these physical mechanisms with the epistemic role of the observer, introducing an abstract “fifth dimension” that captures the relational stance required for measurement and resolves classical self-reference limits. Case studies, including tidal dynamics and biological resonance phenomena, illustrate the broader applicability of the framework. CyRec thus offers a unified resonance-based mechanism for gravitational behaviour and a cybernetic architecture linking physical, biological, and informational organisation. This work does not attempt to replace established physical theories; rather, it offers a mechanistic bridge between the energy–information foundations of physics and the emergence of matter, consistent with the empirical framework of the Standard Model and avoiding metaphysical or mystical interpretations. This is a theory of resonancebased gravity, which explains attraction and structure formation, by proposing that gravitational behaviour emerges from timing-dependent coherence among oscillatory systems.

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