Hybridizing different degrees of freedom or physical platforms potentially offers various
advantages in building scalable quantum architectures. We study the hybrid quantum …

Embodiments of the present disclosure propose two methods for integrating vacancy centers
(VCs) on semiconductor substrates for forming VC-based spin qubit devices. The first …

We analyze quantum resource generation of capacitively coupled multilevel transmon
circuits surrounded by bosonic baths, within the Markovian limit. Superconducting circuit …

A dissipative method is proposed for generating the squeezed state of a microwave field in a
superconducting transmission line resonator, which is coupled to a superconducting qubit …

Quantum‐information storage and retrieval in an optimized manner are of significance to
information processing with composite systems. In this paper, an effective scheme is …

We establish a testbed system for the development of high-sensitivity Electron Spin
Resonance (ESR) techniques for small samples at cryogenic temperatures. Our system …

In this paper, the higher energy levels of the transmon qubit are taken into consideration to
investigate the continuous variable entanglement generation between the transmon qubit …

Optimized generation of entangled states between solid-state qubits is of fundamental
significance to quantum information science and technology. Here, we develop an effective …

Optimal population transfer is of critical importance for quantum information processing.
Here an efficient scheme is proposed for implementing controllable and shortcut-based …

Nanoelectronic systems have driven the technology advances for the past half century. But,
as we move forward in the twenty-first century, new concepts for computing, notably …