Тяжелые ионы и кварк-глюонная плазма

From Heavy-Ion Collisions to Quark Matter
Lourenco, C (speaker) (CERN)
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From Heavy-Ion Collisions to Quark Matter (От столкновений тяжелых ионов к кварковой материи)
Lourenco, C (CERN)  
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Лекция 2
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 Thorsten Renk
    Heavy-Ion Physics
    Физика тяжелых ионов

Edmond Iancu
    Heavy-Ion Physics
    Физика тяжелых ионов

Dr. Jun Takahashi (UNICAMP)
     Heavy-Ion Physics
    Физика тяжелых ионов

Tom Hemmick
    Heavy Ions
    Тяжелые ионы

UrsWiedemann (CERN)
    Selected Topics in the Theory of Heavy Ion Collisions
    Некоторые вопросы теории столкновений тяжелых ионов

Rajeev S. Bhalerao (TIFR)
    Heavy-ion physics
    Физика тяжелых ионов

KrishnaRajagopal (MIT)
Quark-Gluon Plasma
Andrea Dainese (Universita e INFN)
Heavy Ions
video video video
Carlos Albert Salgado Lopez (Universidade de Santiago de Compostela (ES))
Heavy-Ion Physics
Sourendu Gupta (TIFR)
Heavy-Ion Physics
Stefan Floerchinger (CERN)
Heavy-Ion Physics (Физика тяжелых ионов)
    1. Motivation and introduction
    2. Basic quantum chromodynamics
    3. Particle production in heavy ion collisions
    4. Thermodynamics and fluid dynamics
    5. Fluid dynamics of the fireball for more and more realistic initial conditions
    6. Initial state fluctuations and their fluid dynamic propagation
    7. Jet quenching
    8. Quarkonia in hot matter
    9. Conclusions
Eduardo Fraga (Universidade Federal do Rio de Janeiro)
Heavy-Ion Physics (QCD under Extreme Conditions)
First question you should ask: WHY??
    Motivation and some disturbing facts
Collective effects x “fundamental” physics
Second question you should ask: WHERE??
    Accelerator experiments, astro, early universe
My focus: the EoS
Third question you should ask: HOW??
    Theory, models, etc
Effective model building
Z(N), the Polyakov loop, and confinement
Chiral symmetry breaking
Two examples on relevance and difficulties in exploring the phase diagram
    Chiral magnetic effect and the strong CP problem
    Drawing the phase diagram
Final comments
Nu Xu (LBNL)
Heavy- Ion Physics (Физика тяжелых ионов)
I. Introductions
II. Status of the Relativistic Heavy Ion Collider
   • Accelerator complex and Detectors
   • Definitions
   • Future planes
III. Selected topics in High-energy Nuclear Collisions
   • Parton Energy Loss
   • Collectivity
   • Criticality
   • Chirality
   • Heavy quark production
IV. Summary 

Carlos Albert Salgado Lopez (Universidade de Santiago de Compostela (ES))
Heavy-Ion Physics

Stefan Floerchinger (CERN)
Heavy-Ion Physics (Физика тяжелых ионов)
    1. Motivation and introduction
    2. Basic quantum chromodynamics
    3. Particle production in heavy ion collisions
    4. Thermodynamics and fluid dynamics
    5. Fluid dynamics of the fireball for more and more realistic initial conditions
    6. Initial state fluctuations and their fluid dynamic propagation
    7. Jet quenching
    8. Quarkonia in hot matter
    9. Conclusions

Jan Fiete Grosse-Oetringhaus
(CERN)
Heavy Ions

Eero Aleksi Kurkela
Heavy-Ions
• Basic theoretical concepts
• Particle production in heavy-ion collisions
• Flow
• Fluid dynamics
• QCD kinetic theory and pre-equilibrium dynamics
• Hard probes
 

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