Various aspects of entropy of a complicated cavity QED system are explored. Atoms are held in optical cavities through optical tweezers and can jump between different cavities through the tunneling effect. The interaction of atom with the cavity results in electronic transitions and the creation and annihilation of photon. Covalent bond and phonon are introduced into the model. The effect of all kinds of interactions on entropy is studied. At the same time, the von Neumann entropy of different subsystems is compared. The results show that by selectively choosing system parameters, the entropic dynamics can be controlled.
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Hui-hui Miao (2024) studied this question.
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