![[Montage of HEP images]](images/home.jpg)
Research Activities
- Quantum Field Theory
- Particle Phenomenology
- String Theory
- Statistical Field Theory
- Cosmology
- Solitons
- Quantum Gravity
Recent Scientific Publications
- Form factors for rare B decays: strategy, methodology, and numerical study
- by Zhaofeng Liu, Stefan Meinel, Alistair Hart, Ron R. Horgan, Eike H. Mueller, Matthew Wingate (2009-11-11)
- Gauged non-compact WZNW models, revisited
- by J. Bjornsson, S. Hwang (2009-11-02)
- Gauge-mediated supersymmetry breaking with generalized messanger sector at LHC
- by Hidetoshi Kawase, Nobuhiro Maekawa, Kazuki Sakurai (2009-10-30)
- Monte Carlo Study of a Fermi Gas with Infinite Scattering Length
- by O. Goulko, M. Wingate (2009-10-20)
- Radiative corrections to the m(oving)NRQCD action and heavy-light operators
- by E. H. Mueller, C. T. H. Davies, A. Hart, G. M. von Hippel, R. R. Horgan, I. Kendall, A. Lee, S. Meinel, C. Monahan, M. Wingate (2009-10-16)
Forthcoming HEP Seminars
- Subsectors of sigma models on G/H superspaces
- by Constantin Candu (DESY), (Tuesday November 24 16:00)
- Composite degrees of freedom and elevation of supersymmetry in 2+1 dimensions
- by Jean Alexandre [King's College London], (Wednesday November 25 14:15)
- Structure of gauge and gravity amplitudes in string and field theory
- by Pierre Vanhove (IHES, Bures-sur-Yvette and CEA/Saclay, Gif-sur-Y, (Thursday November 26 13:00)
- A new type of SO(10) grand unified family models
- by Dr Christoph Luhn (Southampton), (Thursday November 26 16:00)
- Title to be confirmed
- by Prof. John Ellis (CERN), (Friday November 27 14:00)
Ph.D. Applications
Please refer to the DAMTP PhD Opportunities webpage.
High Energy Particle Physics
This is one of two large groups in theoretical physics in DAMTP, the other being the General Relativity and Cosmology group. Advances on several fronts have led to a breakdown of the historical divisions between the two groups and several staff members are members of both. The group is active in Particle Physics Phenomenology, Quantum Field Theory, String Theory, and Lattice Field Theory.