Quantum optics; Atomic, molecular, and optical
physics; Quantum communication
Quantum
optics is a topic that studies the quantum properties of light and discusses
the interaction between light and matter. It covers such as quantum physics,
electromagnetism, and atomic, molecular, and optical physics (AOM). In
addition, quantum optics also plays an important role in current quantum
technology, such as all-optical quantum computing and quantum communication and
sensing. Our laboratory will focus on using experimental technology and
theoretical research of quantum optics to explore the important applications of
quantum communication and solve the bottleneck of current technology in
practice. Our research includes:
1.
Frequency-encoding quantum information processing
2.
Development and measurement of quantum entangled source
3.
All-optical quantum repeater protocol
4.
Novel quantum key distribution protocol
The above research topics involve optical
systems such as nonlinear optical materials, solid-state systems, and semiconductor
lasers. Furthermore, our work not only includes experimental research but also
focuses on the establishment of theoretical models. We will also theoretically
study quantum optics, AOM, and quantum information theory. By combing theoretical research and
experiments, the developed work not only contributes to quantum technology but
also deepens our understanding of the nature of quantum mechanics deepen.
Google scholar: : https://scholar.google.com/citations?user=OGl21-IAAAAJ&hl=en
Journal Papers
