Jeremiah Mans
Assistant Professor
377 Tate, 625-8994, email jmmans @ physics.umn.edu
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Research Areas: Hadron collider physics at the high energy frontier, trigger and data acquisition electronics.
Current Research
My research focuses on the physics of the Large Hadron Collider and the tools and techniques required to make the most of the data produced at the collider. My group is involved in the hardware for the Hadron Calorimeter, including the Luminosity system and trigger upgrade projects. The major physics focus of the group is on Higgs production, particularly weak-boson-fusion production of the Higgs boson and the eventual measurement of the coupling strengths between the Higgs and the bosons including the photon, and also the Higgs-fermion couplings.
Selected Publications
DZero Collaboration, Measurement of the shape of the boson rapidity distribution for p pbar -->Z/gamma*-->e+e-+X events produced at sqrt(s) of 1.96 TeV, Physical Review D 76, 012003 (2007). [abstract]
L3 Collaboration, SEARCH FOR A HIGGS BOSON DECAYING TO WEAK BOSON PAIRS AT LEP, Physics Letters B [abstract]
L3 Collaboration, Z BOSON PAIR PRODUCTION AT LEP, Physics Letters B [abstract]
L3 Collaboration, NEUTRAL-CURRENT FOUR-FERMION PRODUCTION IN E+ E- INTERACTIONS AT LEP, Physics Letters B [abstract]
L3 Collaboration, COMPTON SCATTERING OF QUASI-REAL VIRTUAL PHOTONS AT LEP, Physics Letters B [abstract]
E. Hazen et al., RADIOACTIVE SOURCE CALIBRATION TECHNIQUE FOR THE CMS HADRON CALORIMETER, Nuclear Instruments and Methods A [abstract]
Education
B.S., Applied Physics, California Institute of Technology, 1998.