Derivation of speed of light from Temporal Field

The speed of light is not merely the velocity of photons; it is a fundamental geometric constant of spacetime. It sets the maximum rate at which information, energy, and causality can propagate through the fabric of the universe. In the temporal field model, emerges naturally from the ratio of spatial to temporal stiffness: c = \sqrt{\frac{b}{a}}, is the temporal rigidity (resistance to deformation in time), is the spatial rigidity (resistance to deformation in space). This interpretation reveals that is a property of the medium itself — the temporal-spatial field — rather than of the wave or particle. Any disturbance, regardless of frequency, propagates through this medium at a rate limited by its internal geometry. Thus, the constancy of the speed of light arises because the temporal field governs how fast any oscillation (such as electromagnetic waves) can ripple through the structure of time and space. Even at higher frequencies, the wavefront speed remains bounded by this intrinsic coupling