Temporal Black Holes or The Black Hole Grandfather Paradox, and Serous Doubts of Special Relativity

Anthony Maccini

Abstract

Theoretically, its predicted that anything traveling at superluminal speeds arrives before it sets off, that it goes into its past. The fact that light can’t escape a black hole suggests that matter falling into a black hole, would reach superluminal speeds and return before it set off. From this one suggests that the whole black hole structure would be a temporal object propagating into its past. One finds this leads to causal paradoxes.  One suggests, is there any evidence of this? Of black holes swallowing their parent star in the past. One considers 3 candidates, 1. Transient or disappearing stars, 2. Failed supernovae, and 3. Gamma-ray bursts. One considers quasar jets at superluminal speeds, suggesting that black holes are temporal objects because quasars are black holes. Then lastly one considers experiments, of superluminal phenomena and in one experiment where a radio signal was received before it was sent. This suggests that all this mounting evidence gives one serious doubts about Einstein’s special relativity.

Keywords

superluminal; temporal black holes; quasar jets; plasma antennas; Tolmans paradox.

Cite This Article

Maccini, A. (2025). Temporal Black Holes or The Black Hole Grandfather Paradox, and Serous Doubts of Special Relativity. International Journal of Scientific Advances (IJSCIA), Volume 6| Issue 1: Jan-Feb 2025, Pages 211-220 URL: https://www.ijscia.com/wp-content/uploads/2025/02/Volume6-Issue1-Jan-Feb-No.843-211-220.pdf

Volume 6 | Issue 1: Jan – Feb 2025