A qubit suffers decoherence when coupled to a classical or quantum environment, and
characterizing the qubit decoherence process is vital in quantum technologies. Repetitive …

The silicon vacancy (V Si) in 3 C-SiC is studied as a center of interest in the field of quantum
technologies, modeled as an electron spin (behaving as a two-state qubit in appropriate …

The stimulated Raman adiabatic passage (STIRAP) is applied to a system coupled to a bath
made of fully interacting two-level systems whose dynamics is studied by exploiting the …

Decoherence of a quantum system arising from its interaction with an environment is a key
concept for understanding the transition between the quantum and classical world as well as …

We consider a qubit coupled to another system (its environment) and discuss the
relationship between the effects of subjecting the qubit to either a dynamical decoupling …

We study the effect of interaction between bath spins on central spin dynamics. For this end,
we consider various types of interactions among the bath fluctuators. We give an analytical …

The Gottesman-Kitaev-Preskill (GKP) coding is proven to be a good candidate for encoding
a qubit on continuous variables (CV) since it is robust under random-shift disturbance. Its …

We consider a quantum probe P undergoing pure dephasing due to its interaction with a
quantum system S. The dynamics of P is then described by a well-defined sub-algebra of …

The Stimulated Raman Adiabatic Passage (STIRAP) is applied to a system coupled to a
bath made of fully-interacting two-level systems, whose dynamics is studied exploiting the …

We study the silicon vacancy in 3C SiC as a color center of interest in the field of Quantum
Technologies, focusing on its magnetic interaction with the SiC nuclear spin bath containing …