OPTICAL RESONANCE IN A TWO-HOLE QUANTUM STRUCTURE IN A TRANSVERSE ELECTRIC FIELD

H.S. NIKOGHOSYAN; H.G. DEMIRCHYAN; G.H. NIKOGHOSYAN

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H.S. NIKOGHOSYAN National Polytechnic University of Armenia Author
H.G. DEMIRCHYAN National Polytechnic University of Armenia Gyumri Branch Author
G.H. NIKOGHOSYAN National Polytechnic University of Armenia Author

Keywords:

level, coherence, interaction, transmission, ionization

Abstract

A Fano resonance model is proposed for the photoionization of a multilayer heterostructure with a double-well potential profile in an electric field directed along the growth axis of the structure. A theoretical description of the interference of two photoionization channels is given as a function of the structural parameters, which leads to the realization of the Fano resonance. The informative possibilities of using the Fano resonance profile for a two-well structure are analyzed.

OPTICAL RESONANCE IN A TWO-HOLE QUANTUM STRUCTURE IN A TRANSVERSE ELECTRIC FIELD

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