PPT-Charmless B Decays

Thomas Latham University of Warwick Not so charmless Charmless B decays have many great features Several contributing and interfering diagrams Potential to measure all 3 UT angles Potential for direct CP violation. . results. on CP violation . from. the B . factory. . experiments. J. Chauveau. LPNHE. Université Pierre et Marie Curie, Paris-VI. SLAC Summer Institute. July 27, 2011. On behalf of the BABAR Collaboration. A (simplified) model of the nucleus Coulomb Barrier (for the charged particles)protonsneutronsSquare well potential (approx.) Filled levels Sections 32-1 . – 32-9. Physics 1161: . . Lecture . 25. Radioactivity. Spontaneous emission of radiation from the nucleus of an unstable isotope.. Marie Curie. 1867 - 1934. Wilhelm Roentgen. 1845 - 1923. Superparticles. with Hadronic Decays at the LHC. Zhen Liu. Talk based on work with B. Tweedie, . arxiv:1503.05923. Pheno. 2015 Symposium. PITT-PACC, University of Pittsburgh. Fermi National Accelerator Laboratory. 1. Interaction. Point. Muon System. Calorimeters. Tracking System. Vertex Locator. RICH Detectors. First Results:. A new Era in . Flavour. Physics. Chris . Parkes, APS, Anaheim, May 2011. 2. Decay RatesThere are THREE experimental probes of Elementary Particle Interactionsbound statesdecay of particles scattering of particles Decay of a particleis of course a statistical processrepresente at CDF. April 15. th. , 2013. Baylor HEP Seminar. Karen Bland . for the CDF collaboration. Public webpage:. http://www-cdf.fnal.gov/physics/exotic/run2/Zgamgam/index.html. 1. Outline. Introduction. Tevatron. True. False. Types of radioactive decay. Gamma. Beta (+,-, . e.c. .). Alpha. Neutron emission. Fission. Fusion. http://ie.lbl.gov/education/isotopes.htm. Gamma Decay. Nucleus in excited state gives off energy as a photon. Rohit. . Dhir. Department of Physics, . Yonsei. University, Seoul 120-749.. Dated:11. th. June, 2012. Matter & Forces. Matter. Leptons. Charged. Neutrinos. Forces. Weak. EM. Strong. Gravity. Hadrons. Thomas Latham. University of Warwick. Not so charmless…. Charmless B decays have many great features. Several contributing (and interfering) diagrams. Potential to measure all 3 UT angles. Potential for direct CP violation. and Decays of . Pseudoscalar. Mesons in CLAS. . Moskov. . Amaryan. . Old Dominion University. antimatter. ?. Susan Cartwright. The Standard Model of particle . physics contains 12 fundamental . particles. 9 of these have electric charge. It turns out that each of these particles has a corresponding antiparticle. Michael Schmitt. Northwestern University. COFI Workshop. May 22, 2018. May 22, 2018. LFV at the LHC. 1. May 22, 2018. LFV at the LHC. 2. This talk is not about the fascinating observations in B decays.. ContentsPreface to the second editionxviiPreface to the first editionxixPart I Basics of CP violation21Classical mechanics331xContents374416 Back to first quantization 4584 Phase conventions for C and