Discussion on Black Hole Jets and Superluminal Motion

This paper takes the experimentally verified supersonic shock wave phenomenon of nuclear explosions as the logical starting point. Combined with the public observation data from authoritative facilities such as NASA’s Hubble Space Telescope, Chandra X-ray Observatory, Very Long Baseline Interferometry (VLBI), and Event Horizon Telescope (EHT), it systematically combs and reasonably infers the superluminal motion of black hole jets. The research shows that matter extrusion, channelized propulsion and velocity superposition under extreme high-pressure environments are universal basic physical laws in the universe. The mechanism by which nuclear explosion shock waves break through the speed of sound limit is identical in origin to that of superluminal motion in black hole jets. As the inherent propagation speed of photons in a vacuum, the speed of light is not the absolute limit of cosmic motion. The overall propulsion and particle velocity superposition of black hole jets in compact cylindrical channels can produce real superluminal motion, rather than the mere visual illusion defined by the mainstream academic community. Abandoning metaphysical theoretical models, this paper returns to observational facts and simple physical logic, unifies the laws from macroscopic aerospace phenomena to cosmic celestial motion, and provides a more realistic explanatory path for the mechanism of black hole jets and the evolution of cosmic matter circulation.