Registration Number
0224U000332,
(0120U104229)
, R & D reports
Title
Quantum phenomena in the interaction of electromagnetic waves with solid-state nanostructures
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Теоретичне дослідження квантових транспортних ефектів в напівпровідникових та провідникових системах. Теоретичне дослідження ефекту Ааронова-Бома у структурі, яка містить діелектричний циліндр з двовимірним поверхневим провідниковим шаром, та вивчення андерсонівської локалізації плазмон-поляритонів при їх розсіянні на випадкових шорстких ділянках поверхонь розділу середовищ.
Head
Zakhar O. Maizelis, Доктор фізико-математичних наук
Registration Date
05-01-2024
Organization
O. Ya. Usikov Institute for Radiophysics and Electronics NAS of Ukraine
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This project aims to study quantum phenomena which occur in solid-state nanostructures (nanowires, conducting nanofilms, surfaces with nanosized inhomogeneities, semiconductor nanostructures, Josephson junction arrays, etc.) when they are irradiated by the electromagnetic waves or laser beams, or due to some impact of the DC electric and/or magnetic field. Especially, we intend to study such important quantum phenomena as the formation of quasi-one-dimensional electron crystal in a nanowire and the quantum phase transitions in such crystal; the thermal Coulomb drag resistance and magnetodrag resistance in double-layered nanostructures; the Anderson localization at the diffraction of plasmon-polaritons on nanosized inhomogeneities; the impact of the Aharonov–Bohm effect on the spectrum of eigenmodes of nanostructure; effect of gyrotropy on the phenomenon of Anderson localization in layered structures; quantum effect of Seebeck and Peltier in semiconducting nanostructures; Josephson plasma waves and nonlinear effects in the Josephson junction arrays.
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This project aims to study quantum phenomena which occur in solid-state nanostructures (nanowires, conducting nanofilms,
surfaces with nanosized inhomogeneities, semiconductor nanostructures, Josephson junction arrays, etc.) when they are
irradiated by the electromagnetic waves or laser beams, or due to some impact of the DC electric and/or magnetic field.
Especially, we intend to study such important quantum phenomena as the formation of quasi-one-dimensional electron crystal
in a nanowire and the quantum phase transitions in such crystal; the thermal Coulomb drag resistance and magnetodrag
resistance in double-layered nanostructures; the Anderson localization at the diffraction of plasmon-polaritons on nanosized
inhomogeneities; the impact of the Aharonov–Bohm effect on the spectrum of eigenmodes of nanostructure; effect of gyrotropy
on the phenomenon of Anderson localization in layered structures; quantum effect of Seebeck and Peltier in semiconducting
nanostructures; Josephson plasma waves and nonlinear effects in the Josephson junction arrays.
Product Description
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Apostolov Stanislav S.
Kadygrob Dmytro V.
Kvitka Nina M.
Zakhar O. Maizelis
Ovcharenko G.V.
Rokhmanova Tetiana M
Tarasov Yurii V
Yakovenko Volodymyr M.
Yampolskii Valerii O.
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2024-01-05
