PPT-Global fit to dimension-6 operators using precision electroweak data, W+W- at LEP, Higgs

diboson data from LHC Runs 1 and 2 Results in Warsaw and SILH bases Improvements in the constraints from Run 2 Constraints on BSM models Some contribute to operators at tree level Stops that contribute at loop level. (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 . 2014. Overview. Review of the Standard Model and the Higgs boson. Creating Higgs bosons. The discovery of a “Higgs-like” particle on July 4, 2012. Is it really the Higgs boson?. The Standard Model. 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. 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. Herwig. . Schopper’s. 90. th. birthday. John Ellis. (King’s College London & CERN). LEP1: the Ascent of the Standard Model. The Historical Context - I. 1964 – The . Englert. -. Brout. -Higgs mechanism. Pb+Pb. and . p. +Pb. collision from the ATLAS Detector at the LHC.. Alexander Milov. For the ATLAS Collaboration. Sasha Milov Electroweak probes with ATLAS IS2014 Napa, CA Dec. 5, 2014. Pb+Pb. and . p. +Pb. collision from the ATLAS Detector at the LHC.. Alexander Milov. For the ATLAS Collaboration. Sasha Milov Electroweak probes with ATLAS IS2014 Napa, CA Dec. 5, 2014. A Guide for Hospitals. Improving Patient Safety Systems for LEP Patients. Goal of the Guide:. Help hospital leaders better understand how to address the issue of patient safety for LEP and culturally diverse patients. LHC. FCC-. ee. FCC-. hh. HL-LHC Plans. Prospects . for HL-. LHC Higgs Measurements. Factors multiplying SM c. ouplings. Trilinear. Higgs c. oupling. Projected . e. +. e. -. Colliders:. Luminosity . The . Frontiers. of PP; . what. to do . next. ?. Strategy. Next. Accelerator . Technology. . C. hallenges . for . PP. Conclusion. Roy Aleksan. Nobel Symposium. May 13-17, 2013. m. H. . ~ . 125.5. 1. Spontaneous symmetry breaking. in gauge theories. Tom Kibble. 20 Jan 2014. Electroweak symmetry breaking Jan 2014. 2. Symmetry. This talk is the story of how this idea . of spontaneous symmetry breaking . Tatsu Takeuchi. Virginia Tech. January 10, 2012. @ Osaka U. Part 1. 温故知新. （論語）. By scrutinizing existing Knowledge, . you can obtain New Knowledge. Example in Astronomy:. Discovery of Neptune:. W. +. W. −. at LEP,. Higgs . and . diboson. data from . LHC Runs . 1 and . 2. - Results in Warsaw . and SILH operator . bases. improvements . in the constraints . from LHC . Run . 2. - Constraints on BSM models.