![]() (4) I study first-order hydrodynamics of a chiral fluid on a vortex background, and in an external magnetic field, as the precursor for a study of neutron star interiors. (3) I carry out an extensive study and comparison of M1 closure schemes for neutrino radiation transport, using the protoneutron star interior as a background. I discuss detection of an accretion disk of radius <0.008 pc, consisting of ~10 4 K gas the disk properties, and its importance in the context of accretion on the black hole. ![]() (2) I use the hydrogen recombination line H30α to study the accretion zone of the Milky Way's Galactic Center black hole. In this work, I discuss several applications of quantum mechanics in astrophysics: (1) I examine the use of submm recombination lines of H, He and He + to probe the extreme ultraviolet luminosity of starbursts and Active Galactic Nuclei. The influence of quantum mechanics on astrophysics and astrophysics on quantum mechanics has been profound: spectral lines as diagnostics, radiative transport, the interiors of celestial bodies, neutrino oscillations, constraints on neutrino mass and graviton mass. Yet these two sides of nature are deeply intertwined. ![]() From an outside point of view, astrophysics and quantum mechanics as subclasses of the physical sciences could not be further from each other.
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