PPT-Higgsli Günler HiGGS ???

STANDART MODEL HIGGS BOZONU ve ALANI HIGGSİ BULMAK İÇİN HIZLANDIRICILAR PEKİ YA SONRA 1 STANDART MODEL En basit haliyle temel parçacıklar ve etkileşimler i . : data . vs. theory. Joey Huston. Bruce . Mellado. 1. Higgs(->. gg. )+jets. Most of the excess observed for Higgs production is in >=1 jet final states. Maybe CMS does not see as large of an excess. (s). Why do we need them?. What do they look like?. Have we found them?. γ. Quantum Electrodynamics. predicts one . massless. . spin-1. gauge boson. PHOTON. g. Quantum . Chromodynamics. . predicts . epton asymmetry in. . the. . 3-3-1 . model. . with. . right-handed. neutrinos. N. T. . Thuy. Yonsei. University. Jindo. Workshop. , Sep . 20~23, . 2012. 1. O. utline. I. . Introduction. II. . A review of the model. S. Dawson. CMS HH Workshop. January 18, 2016. 1. S. Dawson. Outline. Why measure the Higgs-self couplings?. What do we expect?. Standard Model. Issues with the top mass dependence. Beyond the Standard Model. ggF. ->Higgs(+jets). J. Huston, S. Ellis, B. . Mellado. Scale uncertainty. The Higgs cross section depends on the renormalization scale . m. R. and factorization scale . m. F. Consider default values for these two scales, . Hananeh. . Saghiha. Standard model. 12 fermions. Quarks & leptons. Some carry color charge. Some carry electric charge. Classified to 3 generations. Gauge bosons as force . carriers. Figures from . Mitchell Workshop. Texas A&M University. May 12, 2014. Sunil Somalwar . Rutgers, the State University of New Jersey. USA. 2. Outline. TexasA&M-May14 CMS SUSY-Higgs Sunil Somalwar. Christian Grefe, . Tomáš Laštovička. , Blai Pie Valls, Jan Strube and Frederic Teubert . WG6 Meeting . 16/02/2011. Channels Summary. H→. μμ. Very rare decay (≈5.10. -4. ). Difficult to observe at the LHC (3. Revolutionizing the Laws of the Universe with the LHC. Ashutosh Kotwal. Duke University. Egyptian Pyramids: Monument for Glory. Great Wall of China: Monument for Defense. Monument for Knowledge: The Large . In particle physics , elementary particles and forces give rise to the world around us.. The two main elementary particles which form the major constituent of matter are the LEPTONS and QUARKS.. Quark+Quark=hadrons [protons&neutrons].. presented by. The Society of Physics Students. panel speakers:. André de . Gouvêa. , Frank . Petriello. ,. Michael Schmitt, . Mayda. Velasco. 7 - November - 2012. The Higgs Revealed. 2. What is Particle Physics?. Fermilab. , 14-16 . Nov.2012. The . Higgs Boson Discovery. 4. th. July . 2012. Discovered Higgs-like Boson. : Clear mass peak in . gg. and ZZ*. 4. l. I. s this the SM one ? From searches to measurements. W. Verkerke. (NIKHEF). Introduction. Enormous effort to search for Higgs signature in many decay channels. Results .  many plots with signal, . background expectations, each with . (systematic) uncertainties, and data. M. Veltman. NIKHEF. Amsterdam. Cern, 4 dec. 2009. Higgs search. Higgs hunting. In 1974 I asked myself: if the Higgs is all around us in the vacuum. we should really be able to see it. Since the Higgs field in the vacuum.