معرفی
Andrew Tolley is a Professor of Theoretical Physics at the Department of Physics, Imperial College London, where he also serves as Programme Director for the Quantum Fields and Fundamental Forces MSc. Previously, he held positions as Associate Professor with tenure (2018-2023) and Assistant Professor (2010-2015) at Case Western Reserve University, USA. At Imperial, he transitioned from Reader (2016-2019) to his current role (since 2019). He is affiliated with the Physics of the Universe and Theoretical Physics groups at Imperial, and maintains ties with DAMTP (Department of Applied Mathematics and Theoretical Physics) and Perimeter Institute for Theoretical Physics as a Visiting Fellow (2018-present). Additionally, he holds an Adjunct Professorship at Case Western Reserve University (2017-present).
- PhD in Theoretical Physics from University of Cambridge (2003)
- MPhys from University of Oxford (1999), recipient of the Scott Prize for the highest final exam marks
Research Interests: His work focuses on gravitational physics, theoretical cosmology, and quantum field theories, particularly addressing the Cosmological Constant Problem and exploring UV completions. Key areas include early Universe models (inflation, non-Gaussianities), braneworld models/extra dimensions, Galileon theories, Dark Energy, Modified Gravity (e.g., Massive Gravity), and the interplay between S-matrix bootstrap methods, Positivity Bounds, and String theory's landscape/swampland concept. His research bridges mathematical physics, particle physics, and cosmology, with contributions to both fundamental theory and observational implications.
Notable achievements include co-authoring a seminal Encyclopedia of Cosmology volume on Modified Gravity (World Scientific, 2025) and securing the DOE Early Career Award (2013–2018) and Royal Society Wolfson Merit Award (2016–2021). He has also been recognized for teaching excellence through Imperial Student Academic Choice Award nominations in 2017 and 2019.
Advising & Grants: While no specific students are listed, his roles at Case Western Reserve University and Imperial College London suggest extensive graduate supervision. His grants include the DOE Early Career Award and Royal Society funding. He has contributed to interdisciplinary collaborations such as the FalconD Project for high-field magnet development at CERN and the MADMAX dipole R&D.
Labs & Teams: Active in Imperial's Theoretical Physics and Physics of the Universe groups. Collaborates with institutions like Perimeter Institute, CERN, and Case Western Reserve University on projects involving cosmological models, quantum gravity, and superconducting magnet technologies for particle accelerators.
