Romulus Godang

Romulus Godang is a Professor in the Department of Physics at the University of South Alabama, affiliated with the College of Arts and Sciences. His research focuses on precision measurements of the CKM matrix elements to understand matter-antimatter asymmetry, test the Standard Model, and explore phenomena like Dark Matter, Dark Energy, Supersymmetry, and Gravitons. He conducts experiments at the Belle II Collaboration (KEK, Japan) and the BABAR Experiment (SLAC, USA).

Education: Ph.D. in Physics from Virginia Tech, USA.

Research Interests: Godang's work addresses fundamental questions in particle physics, including the origin of observed matter dominance over antimatter. His experimental contributions involve analyzing B meson decays, CP violation studies, and searches for New Physics signatures. He actively participates in high-energy collider experiments like Belle II and BABAR, which utilize advanced detectors to study particle interactions at extreme energies.

Publications Overview: His recent articles focus on precision measurements in B physics, CP asymmetries, lepton universality tests, and searches for dark matter candidates. These studies contribute to refining Standard Model parameters and probing physics beyond its framework.

Grants & Collaborations: While specific grants are not listed, his affiliation with major international collaborations (Belle II and BABAR) indicates involvement in large-scale funded projects. His research teams engage in detector development and data analysis for high-energy physics experiments.

Labs/Teams: Key affiliations include the Belle II Experiment at KEK and the BABAR Experiment at SLAC, collaborating with global physicists to advance particle physics frontiers.