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quantum transport phenomena of two
... Spintronics with semiconductors is currently developed along several different directions. First, by considering hybrid structures that combine ferromagnetic metals with nonmagnetic semiconductors. A remarkable problem in this approach is the injection of a spin-polarized current from a magnetic met ...
... Spintronics with semiconductors is currently developed along several different directions. First, by considering hybrid structures that combine ferromagnetic metals with nonmagnetic semiconductors. A remarkable problem in this approach is the injection of a spin-polarized current from a magnetic met ...
Polaronic exciton in a parabolic quantum dot
... claims that polaronic effects in a donor like exciton should increase with decreasing dot size (for further discussion see Ref. [15] and the references cited therein). In view of these divergent conclusions, the problem of exciton-phonon interaction in a quantum dot deserves further attention. In po ...
... claims that polaronic effects in a donor like exciton should increase with decreasing dot size (for further discussion see Ref. [15] and the references cited therein). In view of these divergent conclusions, the problem of exciton-phonon interaction in a quantum dot deserves further attention. In po ...
acta physica slovaca vol. 50 No. 1, 1 – 198 February 2000
... Received 10 November 1999, in final form 10 January 2000, accepted 13 January 2000 The work can be considered as an essay on mathematical and conceptual structure of nonrelativistic quantum mechanics (QM) which is related here to some other (more general, but also to more special and “approximative” ...
... Received 10 November 1999, in final form 10 January 2000, accepted 13 January 2000 The work can be considered as an essay on mathematical and conceptual structure of nonrelativistic quantum mechanics (QM) which is related here to some other (more general, but also to more special and “approximative” ...
[235] JPhysConfSer_702(2016)012001
... crystalline (VBC) phases, in which specific combinations of the lattice spins combine into spin singlets, have zero magnetic order and break neither of the SU(2) spin-rotation and time-reversal symmetries, although they still break some lattice symmetries. Yet other states exist in which, for exampl ...
... crystalline (VBC) phases, in which specific combinations of the lattice spins combine into spin singlets, have zero magnetic order and break neither of the SU(2) spin-rotation and time-reversal symmetries, although they still break some lattice symmetries. Yet other states exist in which, for exampl ...