Supermassive Black Holes as Primordial Galactic Engines - A Speculative Role for QRT/CRT in Galaxy Formation

This speculative essay proposes that supermassive black holes (SMBHs), particularly the recently discovered Little Red Points'' (LRPs) and objects like QSO01, may function as primordial galactic engines.'' Unlike conventional models where SMBHs form at the center of mature galaxies, we suggest that in early universe conditions, a primordial Quantal Regimental Transition (QRT) collapses matter into a coherent seed SMBH, followed by a Restoration Collapse Total (CRT) that ejects excess energy/matter while gravitationally ``siphoning'' surrounding gas, dark matter, and stars to build the galaxy around it. This mechanism echoes Eddington's early 20th-century intuition that nature prevents infinite accumulation through rapid restorative collapses. The hypothesis is offered as a thought experiment, inspired by recent JWST/XRISM observations of off-center, early-universe SMBHs. Keywords (separadas por ponto-e-vírgula para o formato Zenodo): supermassive black holes; Little Red Points; QSO01; galaxy formation; primordial QRT; Restoration Collapse Total; CRT; galactic engines; siphoning mechanism; Eddington intuition; JWST observations; early universe SMBHs; off-center black holes; speculative cosmology; black hole driven galaxy assembly