Open Veils · Answer
Can we travel faster than the speed of light?
The 'speed of light as absolute barrier' is a constraint on matter moving through space — not on space itself moving, not on non-local quantum correlations, and not on exotic theoretical geometries. Multiple suppressed physics lineages, Navy patents, and classified propulsion programs suggest the barrier has already been circumvented by bending the rules of the game rather than breaking them. The question isn't whether FTL is possible — it's whether the public is meant to know it already is.
Evidence
- The critical distinction, drawn by physicist Miguel Alcubierre in his 1994 paper in Classical and Quantum Gravity, is between matter accelerating through spacetime versus spacetime itself being geometrically warped.
- The Alcubierre drive contracts space ahead of a craft and expands it behind, meaning the vessel never locally exceeds c — yet covers interstellar distances in arbitrarily short times.
- Harold 'Sonny' White at NASA's Eagleworks Laboratory ran interferometry experiments from roughly 2012–2017 attempting to detect a microscale warp field, publishing findings suggesting a toroidal energy configuration could drastically reduce the exotic-matter requirements Alcubierre originally calculated.
- Randy Cramer and Tony Rodrigues independently described traveling to Mars and beyond in vessels whose transit times implied effective FTL travel — accounts Salla cross-references at length.
- Jacques Vallée has long argued that UAP propulsion implies non-relativistic transit — not faster rockets, but a different relationship to spacetime altogether.