Time-Space Resonance and the Geometry of Matter

This paper presents the atomic-scale development of the Unified Field Theory (UFT), wherein matter, charge, and electromagnetic phenomena are described as expressions of confined time-space (TS) resonance. Rejecting the view of particles as point-like objects and forces as abstract carriers, this model proposes that the proton is a closed, triple-frequency TS vortex, stabilised through internal geometric resonance, likely governed by the Golden Ratio (ϕ). The electron is reinterpreted as a dual-photon ring, formed by two photon-like frequencies spiralling at a ϕ-locked ratio, producing a confined rotational structure with minimal amplitude. The hydrogen atom emerges as a nested resonance system — not through charge attraction, but through TS phase alignment between the proton’s outward field and the electron’s inward spiral. Charge and magnetism are unified as simultaneous manifestations of TS curvature and motion, and phenomena such as electric shocks, current flow, and induction are shown to arise from TS tearing and reconnection, not from force propagation. This work reconstructs the origin of mass, energy, and orbital structure from first principles, using a TS resonance model that transcends the particle-based framework of classical and quantum field theory. Future work will extend this approach to explain isotopes, neutron behaviour, and decay as consequences of amplitude instability in higher resonance modes of the same underlying TS vortex.