The Genesis of Relativistic Mechanics: Time, the Speed of Light, and Gravity as Emergent Properties of Baryonic Impedance on the Planck Frequency

This paper proposes a deterministic mechanical origin for time, the speed of light (c), and gravity, demonstrating that none are fundamental dimensions or axiomatic constants. By redefining the primordial spatial vacuum as a continuous wave resonance constrained by the Planck frequency (f_p), we establish a timeless baseline state. We theorize that the absolute baryonic mass of the universe (1.53 x 10^53 kg) functions as an absolute topological impedance, generating a localized frequency drop governed by a universal time-scaling ratio (S_r ~ 7.03 x 10^60). Within this framework, time emerges exclusively from the latency differential between the absolute Planck resonance and the baryon-dampened local frequency. Consequently, the speed of light is mathematically derived not as a predetermined speed limit, but as the exact geometric translation of Planck lengths parsed per single impeded baryonic pulse. Furthermore, gravity is redefined entirely: it is the inherent thermodynamic drive of baryonic matter to return to primordial singularity, mathematically bounded and counteracted by the outward pressure of the expanding spatial wave resonance. The exact intersection of these two forces dictates the macroscopic structural limits of the universe.