PPT-Heavy Ion Physics –

A Brief Theory Overview Aleksi Vuorinen University of Helsinki LeptonPhoton 2015 Ljubljana August 20 2015 Tremendously successful theory with very nontrivial properties Confinement Nuclear physics. Chapter 2 UNITS AND MEASUREMENTS 4 hours Unitof measurement System of units SI units undamental and derived units Length mass and time measurements Accuracy and precision of measuring instruments rrors in measurement Significant figures Dimensions Chapter 2 UNITS AND MEASUREMENTS 4 hours Unitof measurement System of units SI units undamental and derived units Length mass and time measurements Accuracy and precision of measuring instruments rrors in measurement Significant figures Dimensions P. é. ter. Petreczky. . . Bielefeld, July 2013. Study of the strongly interacting matter and its new . “phases”. Past: . AGS, SPS, . E. cm. =(1-17) . A. . Hershcovitch. 1. , . V. I. Gushenets. 2. , D. N. Seleznev. 3. , A. S. Bugaev. 2. , S. Dugin. 4. ,. E. M. Oks. 2. , T. V. Kulevoy. 3. , O. Alexeyenko. 4. , A. Kozlov. 3. , G.N. Kropachev. 3. , R. P. Kuibeda. Monoatomic i on Ion Name Ion Old Name New Name H + hydrogen ion /proton Cr 2+ chromous ion chromium (II) ion Li + lithium ion Cr 3+ chromic ion chromium (III) ion Na + sodium ion Mn 2+ manganous ion Will Witt. Introduction . –. Heavy Ion Physics. Heavy ion physics seeks to understand the behavior of strongly interacting matter (quarks and gluons) at extreme temperatures and densities.. Hadronic Matter. PlasMA. Nonequilibrium. Dynamics. in Astrophysics and Material Science. YITP, Kyoto, Japan, Oct. 31-Nov. 3, 2011. Tetsufumi. Hirano. Sophia Univ./. the Univ. of Tokyo. Outline. Introduction. Physics of the quark gluon plasma. How do we do these experiments?. How . do RIBs . play a role?. Connections to nuclear astrophysics. Sherry Yennello . 2015 EBSS. The nucleus as a liquid drop. N/Z asymmetry. Heat Input. Temperature. Ice (Solid). Ziam Ghaznavi. CHE 384T Lithography. November 30. th. , 2017. 1. Outline/Agenda. Motivation. Ion – Solid Interactions. Overview of IBL Systems . Future Outlook. 2. Motivation. SEMATECH and the ITRS. Objectives of the presentation. To get an appreciation of the role of . physics . in . our day to day living. Acquaint ourselves to a novel and . widely used . research tool: Mass Spectrometer. To . introduce the basic physics of mass . W. A. Horowitz. The Ohio State University. February 23, 2010. 16-Nov-10. 1. UCT Seminar. With many thanks to Brian Cole, . Miklos. . Gyulassy. , Ulrich Heinz, and Yuri . Kovchegov. Introduction. What is a heavy ion collision?. W. A. Horowitz. The Ohio State University. July 29, 2010. 7/29/2010. 1. EIC at CUA. With many thanks to Brian Cole, . Miklos. . Gyulassy. , . Ulrich Heinz, . Jiangyong. . Jia. , and Yuri . Kovchegov. “versus” AdS/CFT. Perils, Pitfalls, Progress, Prospects. W.A. . Zajc. Physics Department. Columbia University, New York, NY. . ( . this talk available . at . http://. www.phenix.bnl.gov/phenix/WWW/publish/zajc/sp/presentations/Durham. 1. Françoise BEZERRA, CNES, France (WP Leader), . Arto JAVANAINEN. , JYU, Finland (WP Deputy Leader). G-RAD(NEXT), May 4th 2022. https://indico.cern.ch/event/1095485/. . WP10 Heavy-ion and proton facilities – beam allocation.