PPT-The Super Large Hadron Collider: Tracking Particles with th

By John Hardin UNCCH amp Kevin McDermott Notre Dame at University of Notre Dame Physics REU Advisers Dr Mike Hildreth and Dr Kevin Lannon CMS Overview SLHC and Numbers In 2020 the LHC will be upgraded to increase its luminosity by a factor of 10. Particle accelerators. It is a . device . that provides . forces on charge particles – by some combinations of electric & magnetic fields,. and brings the ions to high speed & kinetic energy. Curtis A. Meyer. Carnegie Mellon University. Outline. What are the current issues in spectroscopy?. What is needed to do spectroscopy?. What might be interesting in the future?. 3/15/10. 2. Electron-Ion Collider Workshop. Showers in GEANT4. (progress report). Adam Para, . Fermilab, . March 23. , . 2010. 1. Methodology. Use Hadr01 example. In . G4SteppingVerbose::. StepInfo. () select all the steps with inelastic processes or captures. Write out all the step information and a list of created . B.Satyanarayana. Department of High Energy Physics. Neutrino is the most tiny quantity of reality ever imagined by a human being.. Frederick Reines. Co-discoverer & Nobel Laureate. Overview and Status of India-Based Neutrino Observatory . Page 162. Super Model. Start a new thread/topic. Learning Target: How can you determine the structure of something you cannot see?. Update TOC. Super Model. Read Intro p. 162-163. Since we can’t see an atom, we are going to use different types of models to help us visualize atoms.. SiD. ?. Adam Para. ALCPG meeting, December 20, 2007. Other Possible Titles. Homogeneous Dual Readout Calorimeter. A List of Miracles and Why You would Like Them to Happen. Prospects for Crystal-based Hadron Calorimetry. David . Neuffer. November 2013. 2. Outline. Front End. “. Muon. Collider” versions. 325 MHz. Add Chicane/Absorber. rematch. . Fermilab. PIP X 4 . Linac. , Accumulator, Compressor run at 15 Hz – 4 bunches . Alexei . Safonov. Lecture #15. Today Lecture. Coming back to detectors:. Calorimeters. Electromagnetic and Hadronic Calorimeters. Particle Flow. Next Time:. Presentations. Dzero. Calorimeter. CMS Calorimeter. Dr. Venkat Kaushik. 2016-01-15 . Today’s Topic. Introduction to Large Hadron Collider (LHC). How do justify the need for LHC?. Why hadron? Why large ?. Layout. Design of LHC. Important parameters of LHC. . . (The . theory. . activities. . within. INFN). Maria Colonna . Laboratori Nazionali del Sud (Catania. ). . Heavy. . Ion. . Collisions. QGP . phenomenology. . Neutron. . stars. . Hadron. Highlights up to June 2017. Alessandra Lombardi. Jacques Lettry <Jacques.Lettry@cern.ch>; Jean-Baptiste . Lallement. <Jean-Baptiste.Lallement@cern.ch>; Giulia Bellodi <Giulia.Bellodi@cern.ch>; Fredrik John Carl Wenander <Fredrik.Wenander@cern.ch>; Edgar Mahner <Edgar.Mahner@cern.ch>; Michael O'Neil <Michael.Oneil@cern.ch>; Cristiano Mastrostefano <Christian.Mastrostefano@cern.ch>; Francesco Di Lorenzo <francesco.di.lorenzo@cern.ch>; Silvia Schuh-Erhard <silvia.schuh@cern.ch>; Stefano Benedetti <stefano.benedetti@cern.ch>; Martin Breitenfeldt <Martin.Breitenfeldt@cern.ch>; Matthew James Garland <jimmy.garland@cern.ch>; Sharif H M Ghithan <sharif.ghithan@cern.ch>; Toke Kay Thomas Kovener <toke.koevener@cern.ch>; Detlef Kuchler <Detlef.Kuchler@cern.ch>; Stefano Mattei <stefano.mattei@cern.ch>; Daniel Noll <daniel.noll@cern.ch>; Alexander Pikin <alexander.pikin@cern.ch>; Johanna Pitters <johanna.pitters@cern.ch>; Sylvain . R2R Coating of Thick Structured Electrodes for High-Energy-Density Li-Ion Batteries. Conclusions/Future Work. Single-Process R2R Coating of Gas Diffusion Electrodes for Polymer Electrolyte Fuel Cells. LHC, MAP, and LEMC. David . Neuffer. July 2018. 2. Outline. Next Heavy Lepton Collider . up to ~14 . TeV. in LHC tunnel. Needs muon source. PS or new MW proton . Linac. /storage ring. cooling …. or LEMC??. Sridhara . Dasu. U. . Wisconsin . – . Madison. Outline. :. General Introduction to Detector Trigger & DAQ. Introduction . to LHC Trigger & DAQ. Challenges & Architecture. LHC Experiments Trigger .