Gavin Smith

Gavin Smith serves as Professor of Nuclear Physics within the Nuclear Physics Group at the University of Manchester's Dalton Nuclear Institute. He actively contributes to nuclear physics research while accepting new PhD students into his supervision portfolio.

His foundational education includes a PhD from the University of Manchester, establishing his deep institutional ties and expertise in nuclear phenomena.

Smith's research spans Nuclear Fission, Gamma-ray Spectroscopy, Computational Techniques in Science, and Nuclear Data, with specialized investigations into excitation physics, gamma radiation, ground state physics, quadrupole physics, quasiparticle physics, and half-life physics. This work addresses fundamental nuclear structure questions while supporting practical applications in energy systems and astrophysical modeling.

His recent publications (2024-2025) demonstrate concentrated focus on neutron-induced reactions and cross-section measurements for isotopes including uranium-235, yttrium-89, curium-246/248, cerium-140, and ytterbium-176. Conducted primarily through the n_TOF Collaboration at CERN, these studies generate critical nuclear data for reactor design, waste management, and stellar nucleosynthesis models.

Smith has supervised 14 graduate students throughout his career, reflecting his commitment to academic mentorship. His participation in large-scale international collaborations like n_TOF indicates involvement in major funded research initiatives despite no specific grants being detailed in the source text.

His experimental work centers on the n_TOF facility at CERN, leveraging neutron time-of-flight methodologies within the Dalton Nuclear Institute's broader research ecosystem. This infrastructure supports precision measurements essential for advancing nuclear data libraries and theoretical models.