PPT-Particles and their decays

Quarknet workshop at OU Outline Stable and unstable particles How to observe them How to find their mass How to calculate their lifetime 692010 2 What is a particle Matter around us consists of a few types of particles both fundamental and just subatomic particles that have some structure . 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. . Physics. . with. . LHCb. “. When. Beauty . D. ecays. and . Symmetries. . B. reak. ”. Seminar . R. u. G. March. 31, 2008. Marcel Merk. Nikhef and VU. 31-3-2008. 1. Contents:. CP . violation. 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. Absolute Dating. Calculating the age of rocks, fossils, or strata in years.. Gives a numerical value.. Example: A rock is found to have an absolute age of 300 million years. . Radiometric Dating. Radiometric dating uses radioactive decay of minerals in rocks and fossils to determine a rock or fossil’s absolute age. . Q1b. What is the physical state of this layer?. Q2. What is the scientific name for the layer of the earth between 670 and 40 km?. Q3. What drives the movement of tectonic plates?. Q4. What type of boundary is there between the Pacific plate and Australian plate?. 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. A. Hawkins. K. . Langhoff. J. . Shevlin. Jacksonville High School. As You Come In…. How old would you say this object is? Explain in a couple of sentences your reasoning for selecting the age that you did.. 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. PHYS 3446, Fall 2016. 1. PHYS 3446 – Lecture #21. Wednesday. , . Nov. 16, . 2016. Dr. . Jaehoon Yu. Elementary . Particle Properties. Strangeness Quantum Number. Isospin Quantum Number. Gell-Mann-. 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. 13, 2013. Dr. . Jae. . Yu. 1. Elementary Particle Properties. Quantum Numbers. Strangeness. Isospin. Gell-Mann-Nishijima Relations. Production and Decay of Resonances. Wednesday, Nov. 13, 2013. Announcements. 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 First physics from the LHC. Monica Pepe Altarelli. CERN. AAAS, Washington, 20 February 2011. M.C. Escher . Outline. LHCb: an experiment dedicated to the b quark. Context, motivations and goals. CKM theory and CP violation.