Quantum Group Group

We are building a trapped-ion quantum computing lab with an initial focus on high fidelity bosonic quantum states for quantum computing, error correction, and sensing. Research will include designing, building, testing, and deploying hardware, electronics, and software. Projects range from working with optical systems, vacuum systems, and fast electronic control systems to simulating open quantum system dynamics and full stack quantum computing software development.

Study of time evolution of quantum systems, in particular simple quantum optical systems. We are also interested in quantum clocks and their precision.  The project welcomes new students. Motivation is more important than previous experience, although knowledge of linear algebra, Mathematica, and modern physics will definitely help.

Studies in entanglement, uncertainties, noise, and measurement. Applications include teleportation, cloning, and quantum algorithms, The project welcomes new students. Motivation is more important than previous experience, although knowledge of linear algebra, Mathematica, and modern physics will definitely help. 

How does thermodynamics, which traditionally studies concepts like work, heat, and entropy integrate fluctuations and new quantum resources like entanglement into its formalism? We are studying thermal machines, such as the Szilard engine in the quantum regime to probe the validity and compatibility of thermal physics, information theory and quantum theory. The project welcomes new students. Motivation is more important than previous experience, although knowledge of linear algebra, Mathematica, thermodynamics and modern physics will definitely help.