Seti J. Theory of quasi-stationary states and electronic transport through the resonante tunneling nanostructures

Within the model of rectangular potentials and effective masses for the quasi-particles in open SQD and plane RTS, the theory of quasi-particles QSS and their spectral characteristics defined. Within the one-mode weak signal approximation the theory of dynamic conductivity is established for the multi-shell RTS with different potential profile, as QCD and QCL cascade. The theory of electronic transport through the DBRTS driven by electromagnetic field is developed taking into account the electron-electron interaction. Using the expansion into the Fourier range of the analytic solution of complete one-dimensional Schrodinger equation the theory of electronic photon-assisted transport is developed.