Join Our Team

Undergraduate Opportunities

Are you passionate about cutting-edge research in physics or computer science and looking for hands-on experience in a diverse range of fields? Our research group is offering undergraduate research opportunities in Quantum Information Science, Quantum Deep Neural Network analysis, Quantum Simulators, and low-temperature quantum devices. We work at the intersection of quantum physics, computational science, low temperature, particle and nuclear physics, exploring fundamental questions and the nature of matter, energy and the universe. These projects offer a dynamic environment for learning and discovery, with the potential for independent research credit through Phys 3993 and Phys 3995.

Some of our Research Areas:

Quantum Information Science, Quantum DNNs, and Quantum Simulators:

We are developing Quantum Deep Neural Networks (Quantum DNNs) and simulators to study complex quantum systems and simulate quantum processes with real-world applications. If you have an interest in how quantum computing and machine learning intersect, this project involves both theoretical exploration and practical computational simulations, using the latest tools in quantum simulation and tensor networks.

Low-Temperature Quantum Devices:

In our low-temperature physics lab, we design and build quantum devices that operate at the low kelvin to millikelvin temperatures, probing the quantum mechanical properties of matter as well as studying the quantum properties of target samples. These systems are critical for studying topological materials, quantum entanglement, and the exotic behavior of particles at extremely low temperatures. The work integrates cryogenics, vacuum systems, microwave systems, RF-electronics, and AI-driven control systems to perform highly precise experiments.

Solid-State Polarization and Quantum States for Scattering Experiments:

We are advancing research in solid-state targets, polarizing materials for high-energy particle scattering experiments. These targets are crucial for understanding hadronic physics, offering insights into the structure of nucleons and nuclei. This field bridges quantum mechanics, solid-state physics, and nuclear physics, providing you with hands-on experience in experimental design, target preparation, and particle detection.

Hadronic Physics and Femtographic Studies of Nucleons and Nuclei:

Join us in the frontier of nuclear physics, where we are conducting femtographic studies to uncover the internal structure of nucleons and nuclei at unprecedented resolutions. This involves theoretical calculations, data analysis from particle scattering experiments, and the use of AI to interpret experimental data. Our goal is to probe the forces that bind quarks and gluons using state-of-the-art techniques.

Lab-Based Experience:

Our lab provides practical, hands-on training in experimental physics. You will gain experience with:

Cryogenics: Learn to work with low-temperature systems that reach temperatures as low as 1K.
Vacuum Technology and Leak Detection: Essential tools for maintaining the ultra-low pressures required in many quantum and particle physics experiments.
Superconducting Magnets: Explore their role in controlling and manipulating quantum states.
Millimeter Microwaves and NMR: Develop expertise in Nuclear Magnetic Resonance (NMR) and microwave systems, essential for quantum state manipulation and detection.
AI-driven Systems Control: Be at the cutting edge of integrating artificial intelligence into laboratory systems for enhanced precision and automation.

Why Join Us?

Competitive salaries commensurate with your experience and contributions.
Hands-on opportunities that prepare you for advanced study and research careers.
The possibility of turning your research experience into an independent research course (Phys 3993 and Phys 3995).
Be part of a collaborative environment that spans experimental, theoretical, and computational physics, gaining a broad skill set applicable to quantum technologies and particle physics.

If you are a motivated undergraduate with a background in physics, mathematics, or computer science, and you're eager to dive into groundbreaking research, we encourage you to apply. This is your chance to work with leading experts in quantum science, low-temperature physics, and nuclear physics, while developing skills that are highly sought after in academia and industry.

For more information or to apply, please contact Professor Dustin Keller (dustin@virginia.edu).