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Search site. High Energy PhysicsThe group is interested in a range of theoretical problems with a phenomenological emphasis (that is, with relevance to current or future experiments). We have close contacts with the Cavendish experimental high

28 Jun 2023: Talk at Bonn on QCD Radiative Effects in New Particle Searches (Dec 2009). ... Talk at KEK on Determining Masses and Spins of New Particles (Sept 2009).

30 Nov 2022: Yukawa Higgs Mechanism Simulator. Kroupa 2021 version. Windows version (requires Windows 10 or higher):. Mac version (requires MacOS 11.5.2 or higher):. If prompted with "[.] can't be opened because Apple cannot check it for malicious software", go

25 Apr 2023: Knits etc. PhD thesis. Holly Pacey and the Half-Spin Particles: Searching for new physics with leptons at the ATLAS experiment. ... Copyright 2020 New Vision - Design: TemplateMo.

30 Jun 2022: CB3 0HE, UK. 44 (0)1223 761014. My research is divided between the search for new physics beyond the Standard Model of high energy physics and work on the mathematical structure

Search site. High Energy Physics. TBA. Abstract not available. Further information. Time:. 01Nov. Nov 1st 2024. 16:00 to 17:00. Venue:. MR19 (Potter Room, Pavilion B), CMS. Speaker:. William Handley (Cambridge U.). Series:. HEP phenomenology joint

Search site. High Energy Physics. Oleg Brandt. Professor, ATLAS, ANUBIS. Address. Cavendish Laboratory (HEP). 19 JJ Thomson Avenue. Cambridge CB3 0HE. United Kingdom. Telephone. 44 1223 337242. E-mail. obrandt@hep.phy.cam.ac.uk. Room. Rutherford

Cambridge HEP Group. Research group intranets. Talks & lectures. Computing. Travel. University services. General.

Armed with this knowledge, experiments were devised to detect and measure the properties of these new particles. ... Later, the Cambridge group worked on the development of a new silicon pad detector for a subsequent upgrade of the experiment.

Search site. High Energy Physics. UA5 - Slideshow. Cambridge HEP Group History - UA5. ;. 2024 University of Cambridge.

Search site. High Energy Physics. Theoretical Group. Group Leader. Staff. Research Associate. Professor, Group Leader. Emeritus Professor. Students. Visitors. Research Associate, DAMTP. Lecturer, DAMTP, University of Cambridge. 2024 University of

Search site. High Energy Physics. Publications. 2024 University of Cambridge.

Search site. High Energy Physics. MINOS Beam Analyses at Cambridge. MINOS Beam Analyses at Cambridge. Muon Neutrino Disappearance. Cambridge works on several aspects of the MINOS experiment. We are currently involved in the main Charged Current

This excess has fuelled much theoretical speculation about new physics, including sterile neutrinos, neutrino decay, Lorentz/CPT violation, and the influence of extra dimensions. ... The Cambridge group is developing new techniques of event

Search site. High Energy Physics. Prospective Graduate Student Interviews. Particle Physics PhD Interviews. Interviews for STFC-funded and Cambridge Trust/Gates candidates are normally held in January. Candidates funded through other programs may be

Search site. High Energy Physics. ATLAS semiconductor tracker. The ATLAS tracker is made up of two parts: the semiconductor tracker (SCT) and the transition radiation tracker (TRT). Together with the pixel detector at the heart of the detector,

29 Mar 2018: Particle Flow Calorimetry. Professor Thomson pioneered the technique of high-granularity Particle Flow Calorimetr, which is a new technique for large-scale particle detectors at future colliders such as the ILC ... From 2012-2015 Professor Thomson

The CLIC collaboration is currently in the process of developing new hardware and software tools so that they can extend work contained in the CRD and produce a TDR in the

10 Aug 2022: You should also complete and return the appropriate new user account request form.

Search site. High Energy Physics. Job Opportunities. On this page you will find links to jobs available within the HEP Group. Please feel free to complain if you find obsolete entries on this page. Academic positions. There are no positions being