Dr. Matthew Reece

Biography

Matthew Reece's research focuses on theoretical particle physics, cosmology, and quantum gravity, aiming to uncover the fundamental connections underlying the Standard Model of physics and the universe. His work explores crucial phenomenological aspects of particle physics and applies theoretical frameworks to understand the nature of dark matter, the accelerated expansion of the universe, and the origins of structure formation in the cosmos. Reece's significant contributions span a range of topics, including leveraging data from the Large Hadron Collider to inform future collider design, investigating novel dynamics of dark matter as constrained by astronomical observations, and extracting foundational principles in quantum gravity. Recently, he has concentrated on the Strong CP problem and potential experimental tests related to fundamental symmetries in quantum gravity, especially exploring QCD axions which arise from both top-down string theory models and bottom-up phenomenological reasoning. His research collectively aims to motivate future experiments and guide observational efforts that test theoretical predictions and build deeper understanding in fundamental physics.

Research Interests