Center for Quantum Science and Engineering
Our Mission
Our mission is to advance quantum science and engineering for societal benefit and fundamental discovery. We bring together expertise across disciplines to develop useful quantum technologies and deepen our understanding of nature, from quantum matter and information to the interplay of quantum physics, gravity and space-time. Through research and education, we prepare the next generation of scientists, engineers and innovators by:
Advancing quantum science. Deepening our understanding of quantum systems, information and the fundamental laws of nature.
Developing quantum technologies. Creating new devices, methods and hardware for computing, communication, sensing and imaging.
Connecting disciplines. Bringing together complementary expertise to pursue shared research challenges and discover new applications of quantum science.
Translating discoveries into impact. Building partnerships with industry, government and academic institutions, and support entrepreneurship and the development of practical technologies.
Educating and inspiring. Preparing students and researchers for careers in quantum science and engineering through interdisciplinary education, mentorship and hands-on research.
Our Research and Highlights
The Center for Quantum Science and Engineering brings together researchers across physics, engineering, computer science and other disciplines to explore quantum science and develop new technologies. Our research spans quantum information and control, photonics and materials, sensing and imaging, communication and security, and fundamental questions about quantum physics, space, time and gravity.
From Quantum Research to Industry
The Center for Quantum Science and Engineering’s tradition of translating research into technology includes QPhoton, the Stevens-based photonics venture founded by the center’s founding director, Yuping Huang. Acquired by Quantum Computing Inc. in 2022, QPhoton illustrates how university research can create pathways to commercial quantum technologies.
Quantum Tools to Explore Space, Time and Gravity
Quantum technologies are opening new ways to investigate the interplay of gravity and quantum physics. Research at the Center for Quantum Science and Engineering uses quantum information to shed new light on this frontier of fundamental physics, including pioneering approaches to detecting single gravitons through quantum sensing and probing quantum dynamics on curved space-time with atomic clocks.
More Research Highlights
Research, education and collaboration
Students at CQSE work alongside faculty on quantum research spanning theory, computation and experiment, with opportunities to study, join research groups and tackle new challenges.
Leadership
Igor Pikovski
