'Jet direction' presentation slideshows

Inclusive Jets at the Tevatron

740 views • 60 slides

b Tagging with CMS

699 views • 55 slides

Jet shape & jet cross section: from hadrons to nuclei

Jet shape & jet cross section: from hadrons to nuclei. Ben-Wei Zhang T-2, Los Alamos National Laboratory. Ivan Vitev, Simon Wicks, Ben-Wei Zhang JHEP 0811,093 (2008). Introduction. Jet quenching at RHIC.

428 views • 29 slides

Analisi e tesi a Pisa

388 views • 25 slides

Hydrodynamic Flow from Fast Particles

Hydrodynamic Flow from Fast Particles. Jorge Casalderrey-Solana. E. V. Shuryak, D. Teaney SUNY- Stony Brook. Where does the energy go?. Parton propagation in the QGP leads to energy loss but what happens to the energy?.

204 views • 20 slides

Helical Magnetic Fields Associated with the Relativistic Jets of Four BL Lac Objects

(1/17). Helical Magnetic Fields Associated with the Relativistic Jets of Four BL Lac Objects. Gabuzda, Murray & Cronin astro-ph/0405394. (2/17). Introduction (1/5).

303 views • 17 slides

?-B tagging in D0

?-B tagging in D0. Ultimate goal: ? b-jet cross section at ?s = 2.0 TeV Approach Current results Future plans. Approach. Use properties of ? and jet (only) Discriminate between background and signal Current discriminators: P muon P TRel between ? and jet P LRel between ? and jet

208 views • 11 slides

Motivation One of the major findings at the Relativistic Heavy Ion Collider (RHIC) is

Jets in Ideal Hydrodynamics In ideal hydrodynamics, the energy momentum tensor is locally conserved. Adding a jet to the system, an extended set of equations, including a source term has to be solved numerically,. Conclusion

127 views • 1 slides