As we learn more about the physics, chemistry and engineering of materials at the
nanoscale, we find that the development of a complete understanding is not (in general) …

We have investigated Zeeman splitting in single self-assembled InAs and InGaAs quantum
dots experimentally and theoretically. By measuring photoluminescence from single dots, in …

This article reviews the use of single electron spins to compute. In classical computing
schemes, a binary bit is represented by the bistable spin polarization of a single electron …

We present a detailed theoretical study of the electronic spectrum and Zeeman splitting in
hole quantum wires. The spin-3 2 character of the topmost bulk-valence-band states results …

Монография является результатом обобщения исследований, выполнявшихся в рамках
ряда научных проектов Тверского государственного университета, на кафедре …

In the research, a quantum dot (QD) under an external magnetic field is theoretically
investigated. The confining potential applied to the charge carriers is chosen as the Frost …

We have investigated the effect of strain on the g-factors of self-assembled In (Ga) As dots by
single-dot spectroscopy and an eight-band effective mass calculation taking into account the …

We report synthesis and luminescent characteristics of core-shell nanostructures of silicon
and silicon oxide having two different morphologies—spherical (nanodot) and rodlike …

We calculate the dependence on an applied electric field of the g tensor of a single electron
in a self-assembled In As∕ Ga As quantum dot. We identify dot sizes and shapes for which …

We present a microscopic theory of the magnetic field induced mixing of heavy-hole
states±3/2 in GaAs droplet dots grown on (111) A Ga-rich surfaces. The proposed theoretical …