Srimoyee Sen

Srimoyee Sen is an Assistant Professor in the Nuclear department at Iowa State University. Her research focuses on theoretical and high-energy physics, with a particular emphasis on lattice gauge theories, condensed matter physics, and astrophysical phenomena. She explores topics such as Floquet systems, neutrino flavor evolution, axion physics, and dark matter detection. Her work bridges particle physics, quantum field theory, and neutron star dynamics, often employing advanced computational and analytical methods.

Her research interests include the interplay between topological phases and quantum systems, the behavior of matter under extreme conditions, and the application of gauge theories to cosmological and astrophysical contexts. Recent studies involve probing quarkyonic matter in neutron stars, simulating lattice fermion systems, and analyzing neutrino many-body dynamics.

Sen’s publications span over a decade, addressing topics such as chiral gauge theories, BKT phase transitions, and Higgs-confinement dynamics. Her work often appears in collaboration with experimental efforts like the ATLAS detector, contributing to searches for new physics beyond the Standard Model. She is actively involved in advancing methodologies for simulating gauge theories at finite temperature and density.