Regular biography
Xing Fan is an Assistant Professor of Physics at Harvard University, affiliated with the Department of Physics. His research focuses on exploring physics beyond the Standard Model through precision measurements using ion traps and molecules. Fan specializes in searching for new physics via matter-antimatter symmetry tests and axion searches, utilizing electron and positron Penning ion traps. His work includes quantum-logic spectroscopy of electrons and positrons, as well as investigations into nuclear Schiff Moments using rare, octupole-deformed nuclei. Fan's research combines ion manipulation techniques with quantum control of molecular states to advance precision measurement methods in nuclear physics.
Scholar-generated biography
Xing Fan is a researcher at Harvard University specializing in Particle Physics and Atomic and Molecular Physics. Their work focuses on precision measurements in fundamental physics, including the electron magnetic moment, vacuum magnetic birefringence, and dark-photon detection. Fan's research explores quantum cyclotron systems, Bose-Einstein condensation of positronium, and axion searches using Penning traps. They also investigate quantum-logic spectroscopy for testing the Standard Model and developing advanced cooling techniques for antihydrogen. Their experimental approaches combine high-field magnets, x-ray free-electron lasers, and high-power lasers to probe new physics beyond the Standard Model.