A photon gas behaves as a linearly and circularly birefringent medium in coherent photon scattering that is transparent below the pair-creation threshold and absorbing above it, with explicit hologram expressions derived for Gaussian and lattice states.
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Derives susceptibility tensor and polarization operator for low-energy photons in neutron gas and wave packets, revealing eight plasmon-polariton modes with some tachyonic instabilities leading to spontaneous magnetic field generation.
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High-energy photon hologram of a photon gas
A photon gas behaves as a linearly and circularly birefringent medium in coherent photon scattering that is transparent below the pair-creation threshold and absorbing above it, with explicit hologram expressions derived for Gaussian and lattice states.
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Coherent elastic scattering of low energy photons by neutrons
Derives susceptibility tensor and polarization operator for low-energy photons in neutron gas and wave packets, revealing eight plasmon-polariton modes with some tachyonic instabilities leading to spontaneous magnetic field generation.