معرفی
Lee Roberts is a Professor at Boston University, holding an office in PRB, Room 373. His work focuses on subatomic particles and their interactions, particularly through high-precision experiments like the muon (g-2) measurements at Brookhaven National Laboratory (E821) and Fermilab (E989). He co-founded the Fermilab E989 experiment to refine precision levels and is a member of the Mu2e Collaboration under James Miller. His research explores fundamental symmetries in particle physics, including time reversal noninvariance in kaons and discrepancies between experimental results and the Standard Model predictions.
- Education:
- B.S. in Physics, University of Virginia
- M.S. in Physics, College of William and Mary
- Ph.D. in Physics, College of William and Mary
His research interests are anchored in subatomic particle properties, experimental validation of theoretical models, and precision measurement techniques. Notably, his contributions to the muon (g-2) experiments have advanced understanding of particle physics symmetries, while his involvement in neutrino facility studies and kaon symmetry observations underscores his interdisciplinary impact. His work has led to landmark publications with over 1,000 citations, reflecting the significance of his findings in experimental particle physics.
- Scientific Awards:
- Fellow, American Physical Society (1994)
- W.K.H. Panofsky Prize in Experimental Particle Physics (2023)
- Fellow, American Association for the Advancement of Science (2024)
In advising and grants, he co-led the muon (g-2) experiment at Brookhaven (1989–2004) and co-founded Fermilab’s E989. While no formal advisees are listed, his collaborations with institutions like UIUC, UW, and Fermilab highlight his role in mentoring teams through large-scale experimental projects. His work spans multiple high-energy physics facilities, including Brookhaven National Laboratory and Fermilab, contributing to advancements in muon beamline design and superconducting storage ring technology.
Lee Roberts is affiliated with major collaborations: the Muon (g-2) Collaboration, CPLEAR Collaboration, and Mu2e Collaboration. His involvement in these teams reflects a dedication to both experimental and theoretical exploration of particle physics phenomena.
