The exponential stabilization of stochastic quantum systems (SQS) under time-delay noise-
assisted feedback is addressed based on the exponential stability of the stochastic …

The exponential stabilization of the eigenstates for two-level quantum systems based on
continuous noise-assisted feedback control is investigated in this paper. Due to the …

For stochastic qubit systems under measurement feedback, an approximate bang-bang
control assisted rapid switching control scheme with fewer switching times between the two …

In this paper, we propose two state feedback strategies to exponentially stabilize eigenstates
for quantum spin-1 2 systems based on the state feedback designed in Liang et al.(2018)[1] …

We propose a novel control strategy by combining state feedback with noise-assisted
feedback to exponentially stabilize the target eigenstate for two-level stochastic quantum …

In this paper we study the protection of N-qubit Greenberger-Horne-Zeilinger (GHZ) state
and generalized N-qubit GHZ states in amplitude damping channel by means of quantum …

Rapid stabilization of general stochastic quantum systems is investigated based on the rapid
stability of stochastic differential equations. We introduce a Lyapunov–LaSalle-like theorem …

The exponential quantum projection filtering algorithm is applied in measurement-based
quantum feedback control and a specific switching control law is designed to realize the …

In this paper, we propose two state feedback strategies to exponentially stabilize eigenstates
for quantum spin-1/2 systems, respectively. In order to obtain faster state convergence, we …

The exponential stabilization of eigenstates by using switching state feedback strategy for
quantum spin-$\frac {1}{2} $ systems is considered in this paper. In order to obtain faster …