Holes confined in semiconductor nanostructures realize qubits where the quantum-
mechanical spin is strongly mixed with the quantum orbital angular momentum. The …

Scaling up qubits is a necessary step to realize useful systems of quantum computation.
Here, we demonstrate coherent manipulations of four individual electron spins using a micro …

Difference in g factors in multidot structures can form the basis of dot-selective spin
manipulation under global microwave irradiation. Employing electric dipole spin resonance …

We experimentally determine isotropic and anisotropic g-factor corrections in lateral GaAs
single-electron quantum dots. We extract the Zeeman splitting by measuring the tunnel rates …

We analyze orbital effects of an in-plane magnetic field on the spin structure of states of a
gated quantum dot based in a two-dimensional electron gas. Starting with ak· p Hamiltonian …

Electronic properties of a neutral donor confined in a GaAs coupled quantum dot-ring
covered by a Al 0. 3 Ga 0. 7 As matrix were calculated using the finite element method under …

A modeling investigation is conducted on the quantum transport in an n-type split-gate
structure controlled by either an AC finger gate or an AC top gate. The quantum …

The choice of substrate orientation for semiconductor quantum dot circuits offers
opportunities for tailoring spintronic properties such as g-factors for specific functionality …

Spin qubits constitute one of the most promising platforms for large-scale quantum
computation due to their inherent potential to be scalable to a large number of qubits and …

L'informatique quantique est en phase de transition. De science fondamentale, elle est
maintenant devenue suffisamment mature pour attirer les investissements des géants de la …