PPT-Muons

in condensed matter research Tom Lancaster Durham University UK Condensed matter physics in a nutshell Lev Landau 19081968 TgtT C TltT C TgtT C TltT C What can we do with . muon beam: One of the most critical background sources is pions in a beam. In particular, radiative pion capture by a nucleus followed by photon conversion would cause serious backgrounds. A long muo muons. in four . muons. final state. . Waleed. Ahmed Mohammed . Zewail. City for Science and Technology. Fermion. compositeness models . aim at reducing the number of fundamental matter constituents by describing . By Jacob Ritz. Kelly Clark. Zach Beckman . Setup. Box of magnets. Detector D. Detector B. Detector A. Magnetic field ~0.42 . mT. Muon. A Graphs. C. O. U. N. T. S. P. E. R. S. E. C. Voltage. A Singles Rate. J. Brunner. 20/02/2013. Relativistic Monopoles. Analysis for 2007/2008 published. N. Picot, S. Escoffier. New people needed for full analysis 2007/2012. We can still beat . IceCube. !!. Nuclearites. 負電荷の. ミューオンの物質中での寿命. July 1. st. , 2014. Suguru. . Tamamushi. List of Contents. Purpose. Decay of Positive and Negative Muons. Experimental Procedure and Setup. Results. 2015/07/03. COSMIC RAY-BANS. Image source: http://. ssg.sheffield.ac.uk. The Standard Model and Muons. First, a brief (re) introduction to the standard model.. -- Here it is. Fundamental particles.. Quarks make up hadrons, e.g. protons, neutrons etc.. What are we going to talk about?. How . muons. are created. Detecting methods. Muon. half life and decay rate. Muon. decay data. Problems with the data and . muons. How . muons. are created.. Protons from the cosmic rays interact with the atoms in the upper atmosphere and create a shower of particles which decay further to produce . James . C. ostlow. , Ryan . Wilken. , and . Arnav. Joshi. Capstone B7. Project overview. with this mentorship we will be collecting data from the Cosmic Ray . Muon. Detector(CRMD). The data we will be collecting is the number of . cryo. needs. Mary . Convery. Muon Campus Review. 1/23/13. 2. The . anomolous. magnetic . moment and . g-2. g. . 2 but higher-order corrections. QED, EW, . hadronic. , new physics?. 3. proposed exp. precision. Puri. , . Y. Uchida, Y. . Yap, Imperial College London, . UK. R. B. Appleby, S. . Tygier. , The University of Manchester and the Cockcroft Institute, . UK. R. D’Arcy, A. . . Edmonds, M. Lancaster, M. Wing, . Cioli Barazandeh, Angel . Gutarra-leon. and Walerian Majewski. Mentor: . Walerian. . Majewski. , Department of Physics . Northern Virginia Community College, Annandale, VA . Experiments. Hello, and welcome to my Presentation!. (MCORD) . for . MPD . detector. by . Polish consortium NICA-PL. 23.X.2019 NICA Days 2019. 23.X.2019 NICA Days 2019. Design, modeling . proposition. Motivation. T. rigger during commissioning. Muons detection – . Z( mumu ) & Z( mumug ) Prof. Goshaw Duke University Cuts Stage Number of Events passing cut Cut Percentage from total (%) Percentage from last cut (%) Total Events: 10001 - 100.00 - Vertex Cut: 999 muon . science. Adrian Hillier . ISIS . Muon. Group . PASI ‘15 Chicago, Illinois, USA . MUONS:. Versatile probes of magnetic, superconducting, molecular systems. Analogues of protons/hydrogen in semiconductors.