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Title: Physik-Department, TUM | Bilandzic, Ante
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Texto: Physik-Department, TUM | Bilandzic, Ante Quick-Links andere TUM-Dienste Webmail TUMonline Moodle eJournals MWN-Cloud-Speicher App-Server CIP-Pool häufige Seiten Bewerbung Bachelor Bewerbung Master Graduiertenschule Forschungsgruppen Suche nach Webseiten Suche nach Personen Suche nach Räumen de | en Suchbegriff: Anmelden Menü Fakultät für Physik Technische Universität München Startseite Wir Personen Bilandzic, Ante Ph.D. Ante Bilandzic Telefon +49 89 289-12563 Raum – E-Mail ante.bilandzic@tum.de Links Visitenkarte in TUMonline Arbeitsgruppen Dichte und seltsame hadronische Materie Fakultät für Physik Funktion TUM Junior Fellow Lehrveranstaltungen und Termine SS 2021 WS 2020/1 SS 2020 WS 2019/20 Titel und Modulzuordnung Art SWS Dozent(en) Termine Quark-Gluon-Plasma: Untersuchung eines extremen Aggregatzustands am LHC Zuordnung zu Modulen: PH2278: Quark-Gluon Plasma: a study of an extreme state of matter at LHC / Quark-Gluon-Plasma: Untersuchung eines extremen Aggregatzustands am LHC VO 2 Bilandzic, A. Leitung/Koordination: Fabbietti, L. Do, 14:00–16:00, PH 2024 Writing Boot Camp Zuordnung zu Modulen: PH6123: Writing Boot Camp / Writing Boot Camp WS 2 Bilandzic, A. Fabbietti, L. Mitwirkende: Dahms, T. Ausgeschriebene Angebote für Abschlussarbeiten Exploring the properties of Quark-Gluon Plasma with anisotropic flow measurements at the Large Hadron Collider The matter produced in ultra-relativistic heavy-ion collisions resembles the Quark-Gluon Plasma (QGP), which is an extreme state of nuclear matter consisting of deconfined quarks and gluons. Such a state existed in the early Universe, just a few microseconds after the Big Bang. Its properties can be experimentally accessed by measuring the azimuthal anisotropies in the momentum distribution of produced particles in heavy-ion collisions—for instance, in lead-lead collisions reconstructed with the ALICE experiment at CERN’s Large Hadron Collider (LHC). Of particular interest in this context is the anisotropic flow phenomenon, which is an observable directly sensitive to the properties of QGP. In this project, we introduce the basics of anisotropic flow and corresponding anal-yses techniques, and we guide a student throughout all steps needed for its final measurement, in the large-scale LHC datasets distributed on Grid. We start a project by briefly introducing a theoretical framework within which an anisotropic flow phenomenon can be defined and quantified. Next, we introduce sophisticated multi-particle correlation techniques, which were developed recently by experimentalists particularly for anisotropic flow mea-surements. We go in detail through the practical implementation of multi-particle correlations (students are expected at this point to perform some simple analytic calculations, and to learn and perform programming tasks both in ROOT and AliROOT. ROOT is the object-oriented analysis frame-work written in C++ programming language, and it is used at the moment as a default software in high-energy physics by all major collaborations world-wide, while AliROOT is the more specific analysis framework developed by ALICE experiment, and which is based on ROOT.) We wind up the project by letting the student do an independent ani-sotropic flow analysis with his/her own newly developed code in AliROOT, utilizing multi-particle correlation techniques, over real heavy-ion collisions collected by ALICE at LHC, and stored on Grid. geeignet als Bachelorarbeit Physik Masterarbeit Kern-, Teilchen- und Astrophysik Themensteller(in): Laura Fabbietti Professorinnen und Professoren Arbeitsgruppen Dekanat Kondensierte Materie Wenn Atome sich zusammen tun, wird es interessant: Grundlagenforschung an Festkörperelementen, Nanostrukturen und neuen Materialien mit überraschenden Eigenschaften treffen auf innovative Anwendungen. Kern-, Teilchen-, Astrophysik Ziel der Forschung ist das Verständnis unserer Welt auf subatomarem Niveau, von den Atomkernen im Zentrum der Atome bis hin zu den elementarsten Bausteinen unserer Welt. Biophysik Biologische Systeme, vom Protein bis hin zu lebenden Zellen und deren Verbänden, gehorchen physikalischen Prinzipien. Unser Forschungsbereich Biophysik ist deutschlandweit einer der größten Zusammenschlüsse in diesem Bereich. Nach oben Studium Warum Physik studieren? Bachelor Master Promotion Lehramt Internationales Ressourcen FAQ zum Studium Forschung Arbeitsgruppen Biophysik Kern-, Teilchen-, Astrophysik Kondensierten Materie Exzellenzcluster SFBs und Transregios Forschungszentren Campus Garching Wir Organisation Personen Zentrale Dienste Vielfalt Auszeichnungen Geschichte Freunde und Förderer Anfahrt Öffentlichkeit Aktuelle Nachrichten Veranstaltungen Schülerangebot Sommerschulen In den Medien Tag der offenen Tür Intranet Fakultät für Physik James-Franck-Str. 1 85748 Garching +49 89 289-53522 dekanat@ph.tum.de Impressum Datenschutz Sitemap © 2013–2017 Physik-Department · Technische Universität München


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