Submissions from B. G. Bakhish

[1]  faKiv:2404.08817 [pdf]

On the quantum phase transition in a non-equilibrium quantum field theory

J. D. Martinez, Domenico D'Aubry, B. G. Bakhish, Victor L. Meyer

Comments: 13 pages, LaTeX, 4 figures

In non-equilibrium quantum mechanics, the quantum phase transition is a non-equilibrium process in which a point particle is either trapped in the phase of a non-equilibrium quantum field theory or is excited by a quantum field theory. We show that a quantum phase transition can occur in the presence of a cross-over current. However, in the presence of a cross-over current, the quantum phase transition is unstable and must be used with care. We discuss the implications of this conclusion for the possibility of a phase transition in the context of the quantum phase transition in a non-equilibrium field theory.

[2]  faKiv:2404.08832 [pdf]

A note on the effects of a baryon acoustic oscillation on the quantum chromodynamics of a black hole

S. A. R. Nizami, M. A. Sadik-Moghaddam, B. G. Bakhish

Comments: 12 pages, 2 figures, references added, typos corrected

In this note, we investigate the effects of a baryon acoustic oscillation in a black hole. We investigate the effect of the baryon oscillation on the dynamic behavior of the black hole, and calculate the classical and quantum corrections. For the classical correction, the results for the black hole are compared with those of the corresponding results for the baryon acoustic oscillation. For the quantum correction, the results for the black hole are compared with those of the corresponding results for the baryon acoustic oscillation. In addition, we study the effects of a baryon acoustic oscillation on the effect of the phase transition. In the physical regime of the black hole, the effects of a baryon acoustic oscillation on the quantum chromodynamics of the black hole is studied. The results are compared with those of the corresponding results for the baryon acoustic oscillation.