This paper investigates the propagation speed of darkness, redefined not as an absence of light but as a physical boundary whose dynamics extend the limits of illumination causality. Using wave front level-set theory, geometric projection analysis, and a reinterpretation of spacetime geometry, we derive a generalized expression for the darkness-front velocity and demonstrate that it can exceed the vacuum speed of light c = 299,792,458 m/s. We present a unified formulation, discuss the non-material nature of this boundary, and propose experimental methods to test these effects. The conclusion is reached that darkness, as a non-material but ontologically significant boundary, can propagate faster than any finite physical velocity without violating relativistic causality.
This paper investigates the propagation speed of darkness, redefined not as an absence of light but as a physical boundary whose dynamics extend the limits of illumination causality. Using wave front level-set theory, geometric projection analysis , and a r einterpretation of spacetime geometry, we der ive a generalized expression for the darkness-front velocity and demonstrate that it can exceed the vacuum speed of light = 299,792,458 m/s. We present a unified formulation, discuss the non-material nature of this boundary, and propose experimental methods to test these effects. The conclusion is reached that darkness, as a non-material but ontologically significant boundary, can propagat e faster than any finite physical velocity without violating relativistic causality.