Ab initio nuclear theory

We study the nucleus and its interactions with different probes from an ab initio perspective.


We try to solve the quantum many-body problem using a variety of techniques and interactions, often exploiting high-performance computing and advanced theoretical physics developments. Our main thrust is the use of many-body techniques like self-consistent Green’s functions. Our work has applications, and is motivated by contemporary physics needs.

Research areas

  • Nuclear structure, providing relevant theoretical analysis to ongoing experimental developments
  • Nuclear astrophysics, predicting and simulating the properties and dynamics of neutron stars
  • Neutrino physics, providing an understanding of neutrino-nucleus interactions
  • Quantum many-body physics, applied to electronic and clustering systems.

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If you want to find out more about the research we are doing or have any queries, please get in touch.

Research team

Pierre Arthuis profile image

Dr Pierre Arthuis

Research Fellow in Ab Initio Nuclear Theory

Mehdi Drissi profile image

Dr Mehdi Drissi

Research Fellow in Theoretical Nuclear Physics

Placeholder image for staff profiles

James Keeble

Postgraduate Research Student

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Theoretical Nuclear Physics Group
Department of Physics
University of Surrey