12,000

We have over 12,000 students, from over 100 countries, within one of the safest campuses in the UK

93%

93% of Lancaster students go into work or further study within six months of graduating

Home > Research > Researchers > Roger William Lewis Jones
View graph of relations

Current Postgraduate Research Students

Roger William Lewis Jones supervises 7 postgraduate research students. Some of the students have produced research profiles, these are listed below:

Student research profiles

Show all »

« Back

Professor Roger William Lewis Jones MA(Oxon), PhD(Bham), CPhys, FInstP

Professor

Roger William Lewis Jones

Physics Building

Lancaster University

Bailrigg

Lancaster LA1 4YB

United Kingdom

Tel: +44 1524 594487

Location: B36

PhD supervision

New physics signatures via CP violation, B-physics, lifetimes, mixing - with the ATLAS detector at the LHC

Research Interests

My research interests are in experimental elementary (high-energy) particle physics. They are divided into three activities:

  • The physics of particles containing b-quarks using the ATLAS experiment at CERN.
  • The investigation of the strong nuclear force, and the predictions of the theory describing that force, QCD
  • The development of world-wide Grid computing systems to serve the huge processing and storage requirements of particle physics

My ATLAS studies at the LHC involve the decays of particless contain b-quarks that will allow us better to understand a rare violation of a symmetry known as CP. this is intimately connected with the matter-antimatter asymmetry in the universe. These are also an ideal area to properly understand the behavior of the tracking detectors and software, which we need before we can properly apply the tracking in Higgs and SUSY searches. We are also investigating the use of b-events as a window into new 'flavour dependent' physics.

At LEP II, I investigated the strong interaction as a member of the ALEPH collaboration, and various measures of its strength. I look at the general shape, and flow of energy and momentum in events. I remain the convener of the LEP QCD Working Group and of its Annihilations subgroup. We attempt to combine experimental results at various energies to give clear evidence for the change of the strength of the strong interaction with increasing energy scale; we also try to provide a consistent treatment of theoretical uncertainties in these measurements. I also investigated strong interaction effects in the decays of W boson pairs, particularly a prediceted phenomenom called 'colour reconnection'.

In order to do all of this exciting physics, advanced software and a world-wide computing system is required. For ATLAS, I was until 2009 the chair of the International Computing Board and am part of the computing project leadership team. I continue to develop the ATLAS computing model. I run the UK component of the ATLAS offline computing and software project. At Lancaster, we are developing tracking tools for ATLAS and Grid software for the community.We provide a Grid computing farm as part of the NorthGrid Tier 2 (spread over Lancaster, Liverpool, Manchester and Sheffield); I chair the NorthGrid Management Board. The Tier 2 is part of the GridPP collaboration, and I used to Co-ordinate the experiment applications development in GridPP and sit on the Project Management Board representing ATLAS and NorthGrid. I am a member of STFC's Computing Advisory Panel and chair the Particle Physics Users Advisory Committee.

I was elected chair of the Worldwide LHC Computing Grid (wLCG) Collaboration Board in July 2009.

View all (455) »

View all (13) »