Introduction: Recently, it has been realized that relativistic heavy ion collisions could provide new approaches to study some fundamental properties of atomic nuclei. It is therefore timely to gather scientists from both the low-energy and high-energy nuclear physics communities to discuss the recent progress and future perspective in this research direction. The two-week program+workshop on "Exploring Nuclear Physics across Energy Scales" emphasizes the intersection between nuclear structure and high-energy nuclear collisions, with a focus on the following questions: How does the low-energy structure of nuclei manifest in high-energy collisions? How do the observations made at colliders complement our knowledge of nuclear structure? During the program days (April 15-19, April 24-27, 2024) the two invited speakers each day are expected to give a one-hour seminar with sufficient time for discussions. The embedded workshop (April 21-23, 2024) will be 3 days with 25-30 invited talks and 3 short discussion sections.
The scientific program includes the following topics, which emphasises the intersections between nuclear structure and high-energy collisions.
• Manifestation of nuclear deformations across energy scales
• Neutron skin determinations and applications
• Many-body correlations and clustering in light nuclei
• Bayesian analysis for high-energy collisions and nuclear structure
• Role of nuclear structure in low- and intermediate-energy collisions
• Connection to Ultra-peripheral Collisions (UPCs) and the future Electron-Ion Collider (EIC)
• Opportunities with colliding new species at future high-energy experiments
Program: 10:00-11:00 am 2:30-3:30 pm April 15-19, April 24-27, 2024
Workshop: 9:00-12:00 am 2:00-6:00 pm April 21-23, 2024
Note: Due to the limited hotel reservations in Zhongguan Yuan, we have shifted the 3-day workshop from April 20-22 to April 21-23. April 20 is now the registration day for the workshop and the free excursion day for the program.
Video and picture files are available on Baiduyun,
Link: https://pan.baidu.com/s/1aHzRtSH0a6h_R6W3tQAkPg
Extraction Code: 3j9r
