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DISCOVERY: Commonality and Perspectives in Morphology of CMB and Heavy Ion Collisions

DISCOVERY brings together strong groups in various physics fields to study the morphology of Cosmic Microwave Background (CMB) and Heavy Ion Collisions (HIC). Through unique access to data from powerful experiments like the Large Hadron Collider (LHC) and the Planck satellite mission, the project aims to explore common features and perspectives in these seemingly distinct areas. Topics covered include the theory of inflation, dark matter, isocurvature perturbations, and the impact of heavy ion collisions on CMB phenomena. The presentation discusses statistical ensembles, elliptic flow, di-jet and multi-jet events, and simulations to analyze event morphology in heavy ion and particle physics. The goal is to develop methods for analyzing collective phenomena and point sources, with plans for realistic event simulations and further analysis of ALICE events from LHC Pb+Pb collisions.

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DISCOVERY: Commonality and Perspectives in Morphology of CMB and Heavy Ion Collisions

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  1. NUPECC 2012 Copenhagen

  2. Morphology of CMB and HIC. Commonality and perspectives. P. Naselsky , PLANCK scientist Jens Jørgen Gaardhøje, NBI & DISCOVERY

  3. DISCOVERYA Unique Center with Unique Opportunities DISCOVERY unitesstronggroups in: Theory, Fundamental ParticlePhysics, Quark Gluon Plasma Physics CosmicMicrowave Radiation Physics, …which most placesrarelyworktogether. Direct and uniqueaccess to data from the most powerfulexperimentsavailabletoday: • The Large HadronCollider (LHC) at CERN exploring p+p and Pb+Pb collisions at unprecedentedhighenergies (ATLAS and ALICE experiments) • The Planck satellitemission with unique resolution and sensitivity of the sky. DISCOVERY presentation by xx

  4. ?

  5. PLANCK Theory of Inflation

  6. Why the Universe is DARK ? Isocurvature perturbations from the QCD phase

  7. EarlyUniverse vs. Collisions of Heavy Ions CMB sky Heavy Ion Collision DISCOVERY presentation by xx

  8. Commonality CMB Gamma- Bursts ALICE model Fermi-LAT

  9. 0ppositeses • <… > !! Statistical ensemble The only one realization of the CMB sky

  10. Anomalies of morphology Elliptic flow Di-jet N -jets

  11. CMB calculator for HIC ?

  12. Elliptic flow .Simulations All m values Input Phi modulation: dN/dΦ = N0 (1+2v2cos(2Φ)) m=0 excluded

  13. B22 versus V2 V2=0 V2=0.01 V2=0.05 V2=0.15 V2=0.25 V2=0.30 dN/dΦ = N0 (Ɵ,φ)(1+2v2cos[2(φ-)])

  14. Reconstruction of the event plane

  15. Tightcorrelationbetweenharmoniccoefficients and elliptic flow Analyzedsimulated mapwithfinite resolution Ex: b22=0.035=> V2= 0.1±0.01 Input to simulation (known flow)

  16. Spherical harmonics. Resonance to Vn m=2 V2 m=1 (m=2)-(n=2) L=4,m=0 m=4 V4 (m=4)-(n=4) m=3

  17. Summary • A new method to analyse the event morphology in Heavy Ion and Particlephysics has beenproposed. • Toy model analysissuggestgood resolution for collectivephenomena (elliptic flow) and point sources (jets) • Next steps: • Full simulation withrealistic event generator and detector transport code • Developanalysis for additionalphysicseffects • Analyse ALICE events from LHC Pb+Pb (2.76 A.TeV)

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