معرفی
Vera Guelpers is a Lecturer in Lattice Field Theory at the University of Edinburgh's School of Physics and Astronomy. She is affiliated with the Institute for Particle and Nuclear Physics and the Particle Physics Theory research group. Her work focuses on high-precision Lattice QCD calculations to probe Standard Model limitations and discover new physics. Key projects include studies of weak decays, isospin symmetry breaking, and the muon's anomalous magnetic moment.
Her research leverages supercomputers to address challenges in hadron physics, such as resonance parameter calculations and rare decay simulations. Notable contributions include studies of hadronic vacuum polarization effects and vector meson spectroscopy at physical quark masses. Collaborations like RBC and UKQCD highlight her involvement in large-scale lattice projects.
Publications span topics from muon g-2 precision measurements to domain wall fermion applications in kaon decays. While no awards are listed, her work reflects significant contributions to advancing lattice field theory methodologies and their experimental implications.
Research interests emphasize bridging theoretical predictions with experimental data to uncover discrepancies signaling beyond-Standard-Model physics. Current projects explore rare hyperon decays and QCD+QED corrections to leptonic decays at physical quark masses.
