PPT-Properties and Decays of Heavy Flavor S-Wave Hadrons

Author : liane-varnes | Published Date : 2016-10-29

Rohit Dhir Department of Physics Yonsei University Seoul 120749 Dated11 th June 2012 Matter amp Forces Matter Leptons Charged Neutrinos Forces Weak EM Strong Gravity

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Properties and Decays of Heavy Flavor S-Wave Hadrons: Transcript

Rohit Dhir Department of Physics Yonsei University Seoul 120749 Dated11 th June 2012 Matter amp Forces Matter Leptons Charged Neutrinos Forces Weak EM Strong Gravity Hadrons. flavor . produced in association with W and Z bosons. Pierre-Hugues Beauchemin. o. n behalf of the ATLAS Collaboration. Tufts University. ICHEP2012 -Melbourne, Australia . 0. 5/07/2012. Outline. Context of the measurements. . hadrons. . with. . heavy. . quarks. 17-30. May. . 2010@YITP. Shigehiro. . Yasui. KEK. Contents. 1. . Introduction. . Why. do . we. . use. . heavy. . quarks. ?. 2. . Exotic. . heavy. Jan Uphoff. with O. Fochler, Z. Xu and C. Greiner. „High p. T. physics at LHC“, Frankfurt. 26 March 2012. Based on arXiv:1104.2295 and 1112.1559. Motivation. Large heavy quark mass . >> . . Production and Nuclear Modification Factor at STAR. Anthony . Kesich. University of California, Davis. STAR Collaboration. Outline. Motivation for measuring Upsilons. The . S. olenoidal. . T. racker . - From RHIC to LHC. Andr. é. . Mischke. Utrecht University. . 27. th. Winter Workshop on Nuclear Dynamics. Winter Park, Colorado – February 6-13, 2011. WWND 2011. Introduction. Results from RHIC. STAR. Wei . Xie. for STAR Collaboration. (PURDUE University, West Lafayette). Open Heavy Flavor Production. D meson . direct . measurement. Non-photonic electron. Heavy . Quarkonia. Production. J/. A Physics MOSAIC. MIT Haystack Observatory RET. Revised 2011. Background Image from Wikipedia, Roger . McLassus. , Creative Commons . Reflection. When a wave encounters a boundary, it will be. at least partially reflected off this boundary.. How do matter and energy interact when waves are generated?. What are the three main types of mechanical waves?. What are properties of waves?. Essential Questions:. Waves. A disturbance that transfers energy from place to place. (Theory Overview). Hard Probes 2018 (10/01/2018). Shanshan Cao. Wayne State University. Outline. 1. Overview of heavy quark theories/models at different momentum scales. Multi-scale approaches for heavy quark energy loss. 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.. 4 Basic Properties of Waves . Amplitude. Wavelength. Frequency. Speed. Amplitude . Maximum distance the particles of the medium carrying the wave move away from the resting place. Amplitude of Transverse Wave. Why are we able to see?. Answer: . Because there is light.. And…what is light?. Answer: . Light is a wave.. So…what is a wave?. Answer: . A wave is a disturbance that carries energy from place to place. . at . LHCb. Artur Ukleja. (The . Andrzej. . Sołtan. Institute for Nuclear Studies, Warsaw). . on behalf of the . LHCb. Collaboration. XIV International Conference on Hadron Spectroscopy. München. Andrew Kennedy. University of Notre Dame. Ning. Lin. Princeton University. NSF CMMI 1314612. NSF CMMI 1314649. Project Overview. Two major goals:. To collect perishable data on residential building damage levels, failure modes, and building characteristics (elevation, specific connections/members failed, age.

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