The single-electron tunneling processes in optically excited coupled quantum dots can be divided into two parts:the electron and the hole parts,which are analytically obtained in the framework of the Keldysh formalism.The tunneling process is selective tunneling,which results in dark tunneling states.The tunneling currents are co-determined by the resonance energies and probability distributions of the particular quantum channels defined by the electron-hole complex resonant states.
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机译：Manifestations of Resonant-Tunneling Processes and Random Potential Fluctuations with the Participation of Quantum-Dot Levels in the Photocurrent Relaxation of p-i-n GaAs/AlAs Heterostructures
机译：Effects of aeolian processes on nutrient loss from surface soils and their significance for sandy desertification in mu Us Desert, China: a wind tunnel approach
