Yanhua Shih

Yanhua Shih is a Professor in the Department of Physics at the University of Maryland, Baltimore County (UMBC), where he has been a leading figure since joining the faculty in 1989. He established the Quantum Optics Laboratory at UMBC, which is recognized as a premier research group in quantum optics and foundational quantum theory.

Education:

• Ph.D., University of Maryland at College Park, 1987
• B.S., Northwestern University, China, 1981

Dr. Shih's research centers on quantum optics, with a focus on multi-photon entanglement, quantum imaging, multi-photon interferometry, and optical tests of quantum foundations. His work bridges experimental and theoretical aspects of photon and biphoton physics, contributing significantly to our understanding of quantum coherence and nonlocality. He has published hundreds of peer-reviewed papers and is the author of the influential textbook An Introduction to Quantum Optics.

His recent scholarly output, including the second edition of his textbook in 2021, reflects sustained contributions to quantum optics education and research, emphasizing photon statistics, entanglement, and quantum measurement theory. The works span disciplines such as quantum information, optical physics, and foundational quantum mechanics, with subfields including coherence theory, nonlinear optics, and quantum imaging.

Scientific Awards:

• Willis E. Lamb Medal (2002) for pioneering contributions to quantum electronics and especially the study of spatial coherence effects of multi-photon entangled states

Dr. Shih has delivered hundreds of invited lectures worldwide and has mentored numerous students and researchers through his laboratory, though specific advisees are not listed. His research has been supported by continuous funding, enabling long-term experimental investigations in quantum optics. He leads the Quantum Optics Laboratory at UMBC, which focuses on cutting-edge experiments in entanglement and quantum imaging.

The Quantum Optics Laboratory at UMBC, founded by Dr. Shih in 1989, serves as a hub for experimental research in quantum optics and information science. It is dedicated to probing the fundamental principles of quantum mechanics using optical systems and has gained international recognition for its pioneering work in multi-photon phenomena.