1st ALICE Experiment and Heavy-Ion Physics School

Asia/Shanghai
Description

The 1st ALICE Experiment and Heavy-Ion Physics School will be hosted by Fudan University in Shanghai, China. The school will take place from November 3rd to 9th 2025 at No.1 Interdisciplinary Research Building  Jiangwan Campus, Fudan University (复旦大学江湾校区一号交叉学科楼). Please note that November 2nd is reserved for registration and welcome reception.

Are you curious about the physics of the early universe, the nature of nuclear matter under extreme conditions, and how modern experiments recreate the hottest and densest state of matter ever achieved in the laboratory?

The school introduces students to the exciting field of relativistic heavy-ion collisions, where nuclei are accelerated to nearly the speed of light and smashed together to create the quark–gluon plasma (QGP) — a state of matter that existed microseconds after the Big Bang.

The school will focus on a wide range of topics, including but not limited to:

  • ALICE detector
  • Heavy-ion physics
  • Machine learning
  • Heavy quarks and quarkonia
  • Polarization
  • Ultra-peripheral collisions

The school is designed for motivated undergraduate and graduate students with an interest in particle physics, nuclear physics, or computational science. Prior coursework in quantum mechanics and statistical mechanics is helpful but not strictly required.

Through a combination of lectures, discussions, and hands-on activities, participants will:

  • Gain a solid understanding of the fundamental concepts in high-energy nuclear physics
  • Learn about the LHC-ALICE experiment at CERN, including detectors, observables, and cutting-edge discoveries
  • Explore key research topics such as heavy-flavor probes and polarization
  • Develop essential skills in data analysis and simulation that are widely applicable in both physics research and interdisciplinary fields

Join us to discover how the smallest building blocks of nature behave in the most extreme environments — and to become part of an international research community at the frontier of modern physics.

 

Local organizing committee:

Song Zhang (song_zhang@fudan.edu.cn)
Qiye Shou (shouqiye@fudan.edu.cn) 
Jianhui Zhu (zhujianhui@fudan.edu.cn)

Local organizing secretary:

Wenting Yu (yuwenting@fudan.edu.cn)

 

    • 1
      Application: nuclear medicine
      Speaker: Dieter Rohrich
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 2
      Analysis: O2 and O2Physics I
      Speaker: David Dobrigkeit Chinellato
    • 11:40
      Questions and discussions
    • 3
      Detector: TOF I
      Speaker: Francesco Noferini
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 4
      Detector: FOCAL
      Speaker: Dieter Rohrich
    • 16:40
      Questions and discussions
    • 5
      Analysis: O2 and O2Physics II
      Speaker: David Dobrigkeit Chinellato
    • 18:00
      Questions and discussions
    • 6
      Theory: heavy-ion physics I
      Speaker: Pengfei Zhuang
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 7
      Experiment: ALICE I
      Speaker: Federico Antinori
    • 11:40
      Questions and discussions
    • 8
      Detector: TOF II
      Speaker: Francesco Noferini
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 9
      Theory: heavy-ion physics II
      Speaker: Pengfei Zhuang
    • 16:40
      Questions and discussions
    • 10
      Experiment: ALICE II
      Speaker: Federico Antinori
    • 18:00
      Questions and discussions
    • 11
      Experiment: ALICE III
      Speaker: Federico Antinori
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 12
      Detector: TPC I
      Speaker: Alexander Schmah
    • 11:40
      Questions and discussions
    • 13
      Theory: quarkonia
      Speaker: Pengfei Zhuang
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 14
      Experiment: quarkonia
      Speaker: Ionut Cristian Arsene
    • 16:40
      Questions and discussions
    • 15
      Detector: TPC II
      Speaker: Alexander Schmah
    • 18:00
      Questions and discussions
    • 16
      Machine learning I (TBD)
      Speaker: Longgang Pang
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 17
      Simulation: Monte Carlo
      Speaker: Marco Giacalone
    • 11:40
      Questions and discussions
    • 18
      Machine learning II (TBD)
      Speaker: Longgang Pang
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 19
      Simulation: generators
      Speaker: Marco Giacalone
    • 16:40
      Questions and discussions
    • 20
      Theory: open heavy flavor (TBD)
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 21
      Detector: ITS I (TBD)
    • 11:40
      Questions and discussions
    • 22
      Experiment: open heavy flavor (TBD)
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 23
      Detector: ITS II (TBD)
    • 16:40
      Questions and discussions
    • 24
      Theory: Polarization (TBD)
      Speaker: Qun Wang
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 25
      Experiment: polarization (TBD)
      Speaker: Qinghua Xu
    • 11:40
      Questions and discussions
    • 26
      Theory: UPC (TBD)
      Speaker: Jian Zhou
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 27
      Experiment: UPC (TBD)
      Speaker: Zaochen Ye
    • 16:40
      Questions and discussions
    • 28
      Future: ALICE 3 I (TBD)
      Speaker: Jochen Klein
    • 10:00
      Questions and discussions
    • 10:20
      Coffee break
    • 29
      Future: EIC, EICC and HIAF I (TBD)
      Speaker: Hongxi Xing
    • 11:40
      Questions and discussions
    • 30
      Future: ALICE 3 II (TBD)
      Speaker: Jochen Klein
    • 15:00
      Questions and discussions
    • 15:20
      Coffee break
    • 31
      Future: EIC, EICC and HIAF II (TBD)
      Speaker: Hongxi Xing
    • 16:40
      Questions and discussions