Based on Lyapunov control, a scheme is proposed to accelerate dissipation dynamics for
the generation of high-fidelity entanglement between two Rydberg atoms in the context of …

In this study, optimal control methods for quantum gate preparation are investigated.
Quantum computation demands very high fidelity and requires controls to be easily tunable …

In this paper, we propose a scheme to generate nonclassical states in a nonlinear oscillator
system, such as Fock states, squeezed coherent states, Schrödinger-cat states, etc. These …

We propose a scheme to speed up adiabatic passage by using Lyapunov control theory.
This is a good choice to solve the problem that may emerge in Berry's transitionless …

In this paper, we propose a rapid and high-fidelity protocol to generate Bell states by
dissipation dynamics and Lyapunov control. With a designed dissipative path, an arbitrary …

In this paper, the control laws based on the Lyapunov stability theorem are designed for a
two-level open quantum system to prepare the Hadamard gate, which is an important basic …

The global stabilization of a class of mixed states for finite dimensional stochastic quantum
systems with degenerate measurement operator is investigated in this paper. We construct a …

This paper addresses the prescribed-time stabilisation control problem for quantum systems
characterised by a single control input. A control law based on the relative state distance is …

Based on continuous measurement feedback, this paper addresses the rapid stabilization of
eigenstates and Bell states for stochastic quantum systems, in which the time of computing …

We develop an optimal control algorithm for robust quantum gate preparation in open
environments with the state of the quantum system represented using the Lindblad master …