Daniel McCarron

Dr. Daniel McCarron is an Assistant Professor in the Department of Physics at the University of Connecticut. His research focuses on ultracold atomic and molecular gases, particularly the production and manipulation of ultracold polar molecules to explore quantum many-body systems, quantum technologies, and ultracold chemistry. He is affiliated with the UConn Atomic and Molecular Spectroscopy and Ultracold Atoms and Molecules groups. His work combines direct and indirect cooling techniques for molecules, leveraging laser cooling and trapping methods.

Education:

• Ph.D. in Atomic, Molecular and Optical Physics, University of Durham, UK (2012)
• M.Sci. in Physics, University of Durham, UK (2007)

Research Interests:

• Development of light-matter interactions for quantum control
• Production of cold molecular beams via laser cooling
• Applications of ultracold molecules in quantum computing and precision measurements

Professional Activities:

• Member, American Physical Society
• Member, Institute of Physics (U.K.)

Awards:

• CAREER Award (2019)

Grants and Collaborations: His laboratory (McCarron Group) focuses on advancing laser cooling techniques for molecules like AlCl and CH radicals, with recent talks including a 2022 presentation on quantum control methods. His work bridges theoretical and experimental approaches to realize novel quantum systems.