In a quantum dot coupled to a photon cavity, the electric current increases with cavity-environment coupling in both weak and strong coupling regimes, but strong x-polarized electron-photon coupling suppresses the current.
The photon energy is ℏω γ = 1
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The interplay of electron-photon and cavity-environment coupling on the electron transport through a quantum dot system
In a quantum dot coupled to a photon cavity, the electric current increases with cavity-environment coupling in both weak and strong coupling regimes, but strong x-polarized electron-photon coupling suppresses the current.