B. Abi

B. Abi is a Professor in the Department of Physics at the University of North Dakota, College of Arts & Sciences. As a leading researcher in the international Deep Underground Neutrino Experiment (DUNE) collaboration, Dr. Abi contributes significantly to advancing our understanding of fundamental particle physics and neutrino phenomena.

Dr. Abi's research primarily focuses on neutrino physics, particle physics, and high energy physics, with particular expertise in experimental neutrino detection techniques and analysis. The research spans multiple critical areas including neutrino oscillations, CP violation studies, and detector technology development for large-scale physics experiments.

The publications reveal a strong emphasis on the DUNE experiment, which aims to address fundamental questions about the nature of matter, the asymmetry between matter and antimatter, and the properties of neutrinos. The work involves sophisticated detector systems, including liquid argon time projection chambers, and incorporates advanced computational techniques like machine learning for particle identification.

• Neutrino Oscillation Physics
• Liquid Argon Detector Technology
• Particle Identification Algorithms
• CP Violation Studies
• Grand Unified Theories
• Supernova Neutrino Detection

As part of the international DUNE collaboration, Dr. Abi works with researchers from numerous institutions worldwide to push the boundaries of particle physics knowledge and develop next-generation experimental techniques that could reveal physics beyond the Standard Model.