PPT-GI PERTURBATIONS, UNITARITY AND FRAME INDEPENDENCE IN HIGGS

1 Tomislav Prokopec ITP Utrecht University T Prokopec and J Weenink ePrint arXiv14033219 astrophCO JCAP 1309 2013 027 arXiv13046737 grqc. 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. (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 . December 12th-16th, 2011. Table of Contents. CERN Higgs boson Flash Report. . Executive Summary & Findings 3-4. Background 5. Pre-announcement overview 6. Announcement overview 7. 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. Unitarity. . at Two Loops. David A. Kosower. Institut. de Physique . Th. é. orique. , CEA–. Saclay. work with. Kasper Larsen & . Henrik. Johansson; &. with. Krzysztof . Kajda. , & . of Black Hole Evaporation. Dan Castillo. Overview. Hawking Radiation. Qubit. Models. Comparison with Hawking’s model: can Hawking’s model be made unitary?. Consequences to . Mathur’s. theorem. 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. Kei . Yagyu. . (National Central U). M. Aoki, S. . Kanemura. , KY, PRD85 (2012), . S. . Kanemura. , KY, PRD85 (2012), . M. Aoki, S. . Kanemura. , M. Kikuchi, KY, PLB714 (2012), . M. Aoki, S. . Kanemura. It’s good to talk to each other. Symmetry and quantum mechanics. Schrodinger and . Weyl. QM=“Applied Group Theory”—operators are generators of symmetries: p=. ħ. /. i. d/dx ; H=. iħd. /. dt. Computer Science cpsc322, Lecture 26. (Textbook . Chpt. 6.1-2). Nov. , . 2013. Lecture Overview. Recap with Example. Marginalization. Conditional Probability. Chain Rule. Bayes. ' Rule. Marginal Independence. 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. and LHC. :. la . grande. . sfida. . della. . Nuova. . Fisica. Antonio Masiero. Univ. di Padova e INFN. Univ. di Napoli, . Dipt. . Di . Fisica. , 15 . giugno. 2012. FCNC, CP ≠, (g-2), (. ). Probability Space of Two Die. σ-. Algebra (. ℱ. ). Sample Space (Ω). [...]. E5={(1,4),(2,3),(3,2),(4,1)}. [...]. Probability Measure Function (P). P. E5. 0.11. Probability Measure Function (P). .