Black Holes and Super Luminous Voids

Recent speculative developments in theoretical physics have explored the possibility that black hole evaporation may not proceed to completion, but instead terminate in stable remnants, potentially supported by higher-dimensional effects. While such models remain conjectural, they nevertheless indicate an emerging recognition that gravitational centres may retain structure beyond previously assumed limits. This tendency toward persistence rather than absolute dissolution resonates, at a conceptual level, with the present framework, in which centres are understood to transition between modes of manifestation rather than vanish entirely. The proposition is that if comparison is made very carefully, the “faster-than-light” voids in laboratory wave systems are not objects moving through space, while primordial black holes are physical gravitational systems. But as an analogy of principles, particularly through an esoteric lens, we can absolutely frame them as two extremes of a single underlying model. Recent Theory suggests that the universe might have three hidden dimensions we cannot see without a suitable apparatus, making space-time seven-dimensional.