Functional integrals and energy density fluctuations on black hole background

Physics

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Functional Integrals, Fermi And Scalar Matter, Energy Density Fluctuations, Black Hole

Scientific paper

The propagator and effective action in quantum Thirring model are derived by using variational functional integrals method. The energy density fluctuations of weak and strong coupling Fermi matter are calculated in two-dimensional black hole model, scalar field fluctuations are calculated in the same physics background. The relative ratios of density fluctuations for Fermi and scalar matter are also estimated.

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