EU2B - Quantum Fields |
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Speaker |
Ambrus, Victor E. |
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Coauthors |
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| Talk Title |
Rigidly-Rotating Quantum Thermal States in Bounded Systems |
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Abstract |
In quantum field theory, the choice of boundary conditions must be made such that the time-independence of the inner product and the charge conjugation symmetry are preserved. In this contribution, the emergent effects of boundary conditions on finite-tempeture rigidly-rotating equilibrium states is discussed in the context of the bounded Klein-Gordon and Dirac fields. Quantum corrections are discussed relative to the equivalent classical relativistic kinetic theory system by employing the Landau decomposition of the stress-energy tensor. |
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