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Nonlinear wave propagation in large extra spatial dimensions and the blackbody thermal laws.

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Title: Nonlinear wave propagation in large extra spatial dimensions and the blackbody thermal laws.
Authors: Soares, I1 winacio@cbpf.br, Turcati, R1 turcati@cbpf.br, Duarte, S B1 sbd@cbpf.br
Source: Journal of Physics A: Mathematical & Theoretical. 8/30/2024, Vol. 57 Issue 35, p1-15. 15p.
Subjects: Nonlinear waves, Blackbody radiation, Spectral energy distribution, Thermal equilibrium, Theory of wave motion, Background radiation
Geographic Terms: Vienna (Austria)
Abstract: Nonlinear wave propagation in large extra spatial dimensions (on and above d = 2) is investigated in the context of nonlinear electrodynamics theories that depend exclusively on the invariant F (= − (1 / 4) F μ ν F μ ν) . In this vein, we consider propagating waves under the influence of external uniform electric and magnetic fields. Features related to the blackbody radiation in the presence of a background constant electric field such as the generalization of the spectral energy density distribution and the Stefan–Boltzmann law are obtained. Interestingly enough, anisotropic contributions to the frequency spectrum appear in connection to the nonlinearity of the electromagnetic field. In addition, the long wavelength regime and Wien's displacement law in this situation are studied. The corresponding thermodynamics quantities at thermal equilibrium, such as energy, pressure, entropy, and heat capacity densities are contemplated as well. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
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Abstract:Nonlinear wave propagation in large extra spatial dimensions (on and above d = 2) is investigated in the context of nonlinear electrodynamics theories that depend exclusively on the invariant F (= − (1 / 4) F μ ν F μ ν) . In this vein, we consider propagating waves under the influence of external uniform electric and magnetic fields. Features related to the blackbody radiation in the presence of a background constant electric field such as the generalization of the spectral energy density distribution and the Stefan–Boltzmann law are obtained. Interestingly enough, anisotropic contributions to the frequency spectrum appear in connection to the nonlinearity of the electromagnetic field. In addition, the long wavelength regime and Wien's displacement law in this situation are studied. The corresponding thermodynamics quantities at thermal equilibrium, such as energy, pressure, entropy, and heat capacity densities are contemplated as well. [ABSTRACT FROM AUTHOR]
ISSN:17518113
DOI:10.1088/1751-8121/ad6c03