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High Energy Nuclear Physics School 2015: An International School for Young Physicist

12–14 Oct 2015
Inha University
Asia/Seoul timezone

Contribution List

21 / 21
23. Welcome
12/10/2015, 09:00
24. From the Quark Discovery to Heavy-Ion Collisions I
Dr Jean-Philippe Lansberg
12/10/2015, 09:10
In these lectures, I first briefly review the emergence of Quantum Chromodynamics (QCD) as the theory of the strong interaction. I introduce concepts such as colour, Bjorken scaling, asymptotic freedom and confinement. This serves as a natural motivation for the study of heavy-ion collisions as a means a study the phenomenon of deconfinement at high nuclear densities and temperatures and the...
25. Soft and Hard Physics of Quark-Gluon Plasma I
Prof. Sangyong Jeon
12/10/2015, 11:10
In the past two decades, creation and investigation of quark-gluon plasma (QGP) have been {\em the} most important goal of the high-energy nuclear physics community. With two powerful heavy ion colliders in operation - RHIC and the LHC, we have learned much about this fascinating new state of matter which existed in bulk only about a micro-second after the big-bang. QGP is hottest matter...
26. Soft and Hard Physics of Quark-Gluon Plasma II
Prof. Sangyong Jeon
12/10/2015, 14:00
In the past two decades, creation and investigation of quark-gluon plasma (QGP) have been {\em the} most important goal of the high-energy nuclear physics community. With two powerful heavy ion colliders in operation - RHIC and the LHC, we have learned much about this fascinating new state of matter which existed in bulk only about a micro-second after the big-bang. QGP is hottest matter...
27. Collider Experiments: from accelerators to detectors I
Dr Jochen Klein
12/10/2015, 16:00
Many current experiments in particle and nuclear physics are and will be carried out at particle colliders. We will first discuss the basic concepts and the technologies used in a modern accelerator complex, starting from a particle source, through the injector chain, to the accelerator used for experiments. Where relevant the Large Hadron Collider will serve as an example. Next, we...
28. From the Quark Discovery to Heavy-Ion Collisions II
Dr Jean-Philippe Lasberg
13/10/2015, 09:00
In these lectures, I first briefly review the emergence of Quantum Chromodynamics (QCD) as the theory of the strong interaction. I introduce concepts such as colour, Bjorken scaling, asymptotic freedom and confinement. This serves as a natural motivation for the study of heavy-ion collisions as a means a study the phenomenon of deconfinement at high nuclear densities and temperatures and the...
29. Collider Experiments: from accelerators to detectors II
Dr Jochen Klein
13/10/2015, 11:00
Many current experiments in particle and nuclear physics are and will be carried out at particle colliders. We will first discuss the basic concepts and the technologies used in a modern accelerator complex, starting from a particle source, through the injector chain, to the accelerator used for experiments. Where relevant the Large Hadron Collider will serve as an example. Next, we...
31. Collider Experiments: from accelerators to detectors III
Dr Jochen Klein
13/10/2015, 14:00
Many current experiments in particle and nuclear physics are and will be carried out at particle colliders. We will first discuss the basic concepts and the technologies used in a modern accelerator complex, starting from a particle source, through the injector chain, to the accelerator used for experiments. Where relevant the Large Hadron Collider will serve as an example. Next, we...
30. Review of the techniques of Particle Identification I
Dr Yvonne Pachmayer
13/10/2015, 15:20
Particle IDentification (PID) is crucial for particle physics experiments. We will review various PID strategies and methods. Several examples of the application of these techniques at the LHC and other experiments as well as a short overview on new developments will be given.
32. Seminar
Dr Jean-Philippe Lansberg
13/10/2015, 17:00
33. Review of the techniques of Particle Identification II
Dr Yvonne Pachmayer
14/10/2015, 09:00
Particle IDentification (PID) is crucial for particle physics experiments. We will review various PID strategies and methods. Several examples of the application of these techniques at the LHC and other experiments as well as a short overview on new developments will be given.
34. Review of particle and jet identification techniques in CMS experiment
Dr Yongsun Kim
14/10/2015, 10:00
This talk reviews the algorithms of particle identification, jet finding and background energy subtraction used in CMS experiment. The roles of sub-detector components and their reconstruction performance are explained as well. In addition, CMS heavy ion results based on jet reconstruction will be discussed.
35. Effective QCD-like models at finite temperature and density
Prof. Seung-il Nam
14/10/2015, 11:20
In this talk, I briefly introduce a couple of QCD-like effective models, such as the Polyakov-loop Nambu--Jona-Lasinio model (pNJL) and the caloron-modified instanton-liquid model (mLIM) for the hot and dense QCD matter. The talk will be given starting from vacuum properties, then gradually moving to the extreme conditions of QCD, via intuitive and pedagogical ways for beginners. I also show...
36. Saturation and scaling properties in high energy scattering: from deep inelastic scattering to heavy ion collisions.
Prof. Michal Praszałowicz
14/10/2015, 14:00
By scaling we understand a property of certain physical observables that in principle should depend on two kinematical variables but in reality depend only on a particular combination of them. A prominent example is so called Bjorken scaling that paved the road to the present understanding of the proton structure. After a a short reminder of the Bjorken scaling we shall introduce geometrical...
37. Student Session
14/10/2015, 16:00
38. To be confirmed
Mr Hyeondong Son
14/10/2015, 16:10
39. To be confirmed
Mr Myunggeun Song
14/10/2015, 16:30
40. To be confirmed
Mr Kunsu OH
14/10/2015, 16:50
41. To be confirmed
Ms Minjung Kim
14/10/2015, 17:10
42. Discussion
Dr Jochen Klein
14/10/2015, 17:30
43. Dinner
14/10/2015, 18:00
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