PPT-Focus G-4 “ Particle Accelerators

Focus G4 Particle Accelerators A T E S O N Accelerating To E nable Study of Nature General Overview of CERN Chain of Accelerators Why Do We Need Accelerators Accelerators help to . introduction. Erik . Adli. , University . of . Oslo, . . August 2015, . Erik.Adli. @cern.ch. . , . v2.11. Video: the LHC accelerator. youtube: the LHC Accelerator. 3. 25 ns. Event rate in ATLAS : . Hardware Accelerators. Yakun. Sophia Shao, Sam Xi,. Viji. . Srinivasan. , . Gu-Yeon. Wei, David Brooks. More accelerators.. Out-of-Core. Accelerators. Maltiel. Consulting . estimates. 2. [Die photo from . Apart from making Higgs particles, that is? . Well, many things. Not so long ago, all televisions and computer screens used the simplest form of accelerator, a cathode ray tube. . Now, more than 30000 accelerators are used for a range of important applications. Some examples…... A Glimpse into the Quantum Universe. Ramone. Brown, Solomon Utain. Mentor: Dr. Richard Jones. Nuclear Physics. 1. Outline. Fundamentals. Particles. Forces. Accelerators and Detectors. Higgs Boson. GlueX. Peter A Norreys. Central Laser Facility. STFC Fellow. Visiting Professor, Imperial College London. Brief introduction to laser wakefield accelerators. . ASTRA laser. . Dream beam. . Photon acceleration. Automation from Concept to Prototyping. David Brooks, Jason Cong, . Zhenman. Fang, . Yakun Sophia Shao. , and Sam Xi . Harvard . University & UCLA. Tutorial Outline. Time. Topic. Speaker. 8:30 am – 9:00 am. (. EuroNNAc. 2. ):. WP7. R. Assmann. (DESY), M. . Ferrario. (INFN . Frascati. ), . B. . Holzer. (CERN), J. . Osterhoff. (DESY), . A. . Seryi. (JAI, Oxford), A. . Specka. (. Ecole. . polytechnique. a . network in the European program EUCARD-2. M.Seidel. , . PSI. network related to: . efficient and cost effective utilization of electrical power in accelerator based research facilities. Energy Efficiency in Particle Accelerators. Transverse optics 1:. Relativity, Energy & Units. Accelerator co-ordinates. Magnets and their configurations. Hill’s equation. Rende Steerenberg (BE/OP). 10 January 2011. CERN Accelerators. R. Steerenberg, 10-Jan-2011. (G. . Devanz. , R. . Laxdal. , P. . Michelato. ). Mandate. Major initiatives are well underway for ion accelerators for nuclear astrophysics, such as FRIB, RAON and others.  With the success of SNS, high intensity proton accelerator projects are progressing, such as ESS, PIP-II, Indian SNS, along with ADS ambitions, such as CADS and IADS.  The aim of WG2 is to address the major on-going issues for each type of accelerator, how these issues are being addressed, as well as the needed developments. Demonstrated and needed advances in couplers and tuners for both accelerator classes should be included.  Please avoid presentations that give project status summaries - more suited to other conferences. . Radiation Protection. Radiation Protection. Protecting people, workers and the environment. Radioactive waste management. Accelerators. Characterization and Services (e.g. transport, . radioanalytical. Pedro F. Tavares – MAX IV Laboratory. CAS – Vacuum for . Particle. Accelerators . Ö. renäs. Slott – Glumslöv, Sweden June 2017. Introduction. to . Particle. Accelerators. Pre-. requisites. Report from Discussion Session. Jose Alonso. 1. Charge (Per Janet). Credible case needs to be made to DUSEL in very near future. Address relevant technical (not cost, now) issues. What questions need to be answered related to feasibility of accelerator concept?. Erik . Adli, University of Oslo,. . September 2017, . Erik.Adli. @cern.ch. . , v2.30. Particle accelerator physics. Particle detectors. Data analysis. The study of relativistic charged particle beams in electromagnetic fields.