معرفی
David Hornidge is a Professor in the Department of Physics at Mount Allison University. His research focuses on experimental particle and nuclear physics, particularly photonuclear reactions, hadron structure, and polarizability measurements. He has conducted extensive work at facilities like MAMI (Mainz Microtron), JLab (Jefferson Lab), and the Electron-Ion Collider, contributing to understanding meson photoproduction, spin dynamics, and exotic hadron states. His studies often involve precision measurements using advanced detectors such as GlueX and ATHENA.
Key research areas include analyzing photoproduction cross sections, spin-density matrices, and polarization observables in reactions involving pions, kaons, and eta mesons. Recent work has explored the proton's scalar polarizabilities, neutron skin measurements, and signatures of hexaquark states in deuteron disintegration. He has also proposed innovative detector designs for next-generation collider experiments.
Publications span high-impact journals, with a focus on threshold reactions, helicity-dependent cross sections, and chiral dynamics. His contributions bridge experimental techniques and theoretical models, enhancing our understanding of QCD at the hadron level. Current and future projects aim to explore exotic particles and refine measurements of fundamental nuclear properties.
