Kristjan Gulbrandsen Niels Bohr Institute - Discovery.

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Presentation transcript:

Kristjan Gulbrandsen Niels Bohr Institute - Discovery

NUPECC Meeting - June

QCD Phase Diagram NUPECC Meeting - June

CERN – The Large Hadron Collider NUPECC Meeting - June

Creating the Early Universe NUPECC Meeting - June

Nucleus Collisions NUPECC Meeting - June

Detecting a Collision NUPECC Meeting - June

A Large Ion Collider Experiment NUPECC Meeting - June

Time Projection Chamber (TPC) NUPECC Meeting - June Measure position and momentum Particle Identification

TPC Laser NUPECC Meeting - June Beam split into 336 laser tracks Unaffected by magnetic field Crucial for knowledge of drift time Exact positions known

TPC PbPb Event NUPECC Meeting - June

Strong Hydrodynamics Asymmetry region of interaction Produces asymmetric distribution of particles Requires interactions Can measure this final asymmetry (v 2 ) Related to viscosity of the medium Higher order correlations indicate hydrodynamical behavior NUPECC Meeting - June Duke – Jetlab – Cold Atoms

Forward Multiplicity Detector Only detector in ALICE with high segmentation at high |η| silicon strips - radial and azimuthal segmentation position and energy information Hit information can be used in p+p for particles detection Energy information used in Pb+Pb (high occupancy) NUPECC Meeting - June Interaction Point 13

dN/d  versus  Can measure distribution of produced particles High  appears to show universal behavior Most energy goes into production of particles at midrapidity ~ particles produced in central collision, 15 GeV/fm 3 energy density First order measurement higher orders can give more information NUPECC Meeting - June

Long Range Correlations (LRC) How much does each side of the interaction communicate? Not calculable from theory Much information contained about the internal dynamics NUPECC Meeting - June

Proton Collision Processes NUPECC Meeting - June

Summary Active analysis crucial to understanding the QGP Bulk properties and correlations are key topics p-p data analyzed to gain deeper understanding of baseline interactions Analyses will feed back into models Gives understanding of initial state of Pb-Pb collisions NUPECC Meeting - June Divide out initial state Do we understand the initial state?

Future p-Pb run November this year! New opportunities to study nuclear matter in novel state (gluon saturation) Shed light on possible complication to understanding the initial state of these collisions Current measurement methods ready to be applied to p-Pb NUPECC Meeting - June

HEHI Group in 2012 NUPECC Meeting - June Perm. Staff: Ian Bearden Hans Bøggild Jens Jørgen Gaardhøje Børge Svane Nielsen Temp. Staff: Christian Holm Christensen Kris Gulbrandsen PostDocs: Ante Bilandzic (from 2/2) Marek Chojnacki (from 7/5) Hans Hjersing Dalsgaard Casper Nygaard (to 30/6) Ph. D. students: Alexander Hansen Carsten Søgaard (to 30/6) Valentina Zaccolo Undergradstudents: Leire Arriola Peter Jochumzsen Bastian Poulsen Thomas Schwanberger Techn.& Eng.: Henrik Bertelsen Aksel Boiesen Jimmy K. Hansen Jørn Westergaard Funded By: -Danish Natural Science Research Council(FNU) -Danish Basic Research Foundation (GF) -Carlsberg Foundation

Backup Slides NUPECC Meeting - June

TPC Momentum Resolution NUPECC Meeting - June