Unification of Six Fundamental Interactions Based on Absolute Space Frequency Dynamics

Abstract

Based on the framework of absolute space, this paper presents the core dynamical equation dν/dD=−gν/c and derives the equivalence relation g=ν between acceleration and intrinsic frequency with the Compton wavelength. It is assumed that the interaction strength is proportional to the product of the intrinsic frequencies of the particles. Six fundamental interactions arise from the pairwise combinations of three basic entities: hadron, electron, and graviton/matter. Four of them correspond to the observed strong, electromagnetic, weak, and gravitational forces, with a strength ratio 1:10−3:10−6:10−40 in good agreement with experiments. The other two interactions are extremely weak (10−37 and 10−74) and not yet detectable. This theory unifies all known fundamental interactions with frequency as the sole fundamental quantity and predicts two new weak interactions, providing a concise, self-consistent, and quantitatively testable framework for fundamental physics.

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