TITLE:
Non-Local Theory of Bose-Einstein Condensate and Stopping of Light
AUTHORS:
Boris V. Alexeev
KEYWORDS:
Nonlocal Physics, Transport Processes in Bose-Einstein Condensate, Black Hole Flickering, Light Stopping, Nonlocal Hydrodynamic Equations for Fermions Gas
JOURNAL NAME:
Journal of Applied Mathematics and Physics,
Vol.10 No.7,
July
26,
2022
ABSTRACT: The problem of an adequate description of the transport processes in Bose-Einstein condensates (CBE), including space-temporal evolution of CBE in a gravitational field is considered. The full nonlocal system for the CBE evolution is delivered including particular case and analytical solutions. We show (analytically) that a black hole can evolve in the Bose-Einstein condensate (CBE) regime. At the same time, there are modes in which black hole flickering occurs. Quantization of the black holes flickering is discovered. The corresponding nonlocal hydrodynamic equations indicated for fermions gas.