Abstract depiction of quantum computing

Research Areas

Research at the Center for Quantum Science and Engineering connects fundamental quantum science with new technological capabilities. Our researchers bring together expertise in physics, engineering, computer science and business, combining theory, computation and experiment to better understand quantum systems, develop useful quantum technologies and explore fundamental questions about nature.

Our research spans quantum information and control, photonics and materials, quantum computing, communication, sensing and imaging. These areas support applications in fields including artificial intelligence, healthcare, finance and materials design, while also providing new tools to investigate the foundations of physics, including the interplay of quantum theory, gravity and space-time.

These directions are closely connected: scientific discoveries can lead to new technologies, while new technologies can open new paths to discovery.

Explore our research areas and the groups working across them.


Areas of Research

Our research connects fundamental questions with the development of quantum technologies. Explore five overlapping areas that bring together expertise across the Center for Quantum Science and Engineering.

Quantum Computing and Control

How can we encode, process and control quantum information? Our researchers develop quantum hardware, investigate quantum dynamics and decoherence, and explore methods for controlling their behavior. This work advances the foundations and capabilities of quantum computing and information processing.

The following faculty research in this area:


Quantum Photonics, Materials and Devices

New quantum capabilities begin with the systems that support them. Our Center investigates quantum materials, nanoscale structures and interactions between light and matter to develop sources, devices and platforms for quantum science and technology.

The following faculty research in this area:


Quantum Sensing, Imaging and Metrology

Quantum systems offer new ways to measure and observe the world. Our research explores methods for detecting weak signals, identifying molecules and resolving hidden features, with applications ranging from biological imaging and precision measurement to tests of fundamental physics.

Quantum Communications and Security

Protecting and transmitting information connects quantum physics with computer science and engineering. Our researchers explore quantum communication and networks, alongside cryptographic methods for secure computation and data privacy

Quantum Foundations and Fundamental Physics

Quantum science opens new ways to investigate the laws of nature. We study quantum information, coherence and the foundations of quantum theory, including their interplay with gravity and space-time. This work connects theoretical questions with emerging possibilities for experiments using quantum photonics, atomic clocks, quantum networks and macroscopic quantum systems.

The following faculty research in this area:


Applications across disciplines

Across these research areas, Center for Quantum Science and Engineering researchers explore applications in artificial intelligence, healthcare, finance, materials design and beyond. Collaboration across disciplines connects advances in quantum science with practical challenges and new opportunities for discovery.