معرفی
Dr. Brian Colquhoun is an Honorary Research Fellow at the School of Physics & Astronomy, University of Glasgow. His research focuses on lattice Quantum Chromodynamics (QCD), particle physics, and dark matter studies. He has contributed to understanding exotic hadrons, B-meson decays, and axion-like particles through advanced computational methods. His work often involves collaborations using lattice QCD frameworks like Möbius domain-wall quarks. Colquhoun’s research bridges theoretical predictions with experimental observations in high-energy physics and cosmology.
Research Interests:
- Lattice QCD calculations for particle decays and form factors
- Dark matter self-interactions and cosmological implications
- Exotic tetraquark systems and QCD bound states
- Heavy quark physics and CKM matrix element determinations
Recent work trends show a focus on precision QCD calculations and dark matter phenomenology, with contributions to understanding particle decays (e.g., J/ψ → γa processes) and velocity-dependent dark matter interactions in galactic structures. His articles span Physical Review D and cosmology journals, reflecting interdisciplinary impact.
No scientific awards explicitly listed. Collaborations include international groups like the J. Collaboration and contributions to Lattice Field Theory symposiums. His research is supported by advanced computational techniques and theoretical modeling in particle physics.
