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Reimei workshop on in-medium modification of vector mesons @ Yonsei

→ Asia/Seoul
Yonsei University

Yonsei University
Description

The "Reimei workshop on in-medium modification of vector mesons @ Yonsei" will be held on March 8 - 10, 2026, on-site at Yonsei University, Seoul, South Korea. The workshop will focus on topics related to the experimental/theoretical study of vector meson modifications at finite density and/or temperature. With the J-PARC E16 experiment starting its physics measurements in 2026, with the goal of determining the phi meson properties in nuclear matter, the workshop will attempt to provide an overview on the current status of the field.  We hope to create a relaxed atmosphere at the workshop which will hopefully stimulate intensive discussions between all participants, but especially between theorists and experimentalists.

Invited Speakers:
Hideki Hamagaki (Nagasaki Institute of Applied Science)
Ahmad Jafar Arifi (JAEA)
Masaya Ichikawa (RIKEN)
Wooseung Jung (JAEA)
Jung Keun Ahn (Korea)
Shin Hyung Kim (Kyungbook)
Yong Sun Kim (Sejong) 
Sanghoon Lim (Yonsei)
Aaron Park (Yonsei)
Gabor Balassa (Yonsei)
Alexander Rothkopf (Korea)

 

Origanizers:
Su Houng Lee (Yonsei University)
Philipp Gubler (JAEA)
Hiroyuki Sako (JAEA)
Kazuya Aoki (KEK)
Sanghoon Lim (Yonsei University)

Contact
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Participants
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  • Sun, March 8
  • Mon, March 9
    • 9:30 AM
      Coffee
    • Session 4
      • 9
        TBA
        Speaker: Masaya Ichikawa (Kyoto Univ.)
        20260309_ichikawa.pdf
      • 10
        H-Dibaryon Search near the LL and Xi-p Thresholds
        Speaker: Wooseung ‍Jung (Korea University)
    • 11:20 AM
      Lunch
    • Session 5
      • 11
        TBA
        Speaker: Shin Hyung Kim (Kyungpook National University (KR))
        20260309_Reimei_shinhyung.pdf
      • 12
        Study of the hadronic phase using resonance in relativistic heavy-ion collisions
        Speaker: Sanghoon Lim (Yonsei University)
        Reimei_shlim.pdf
      • 13
        Quantum Tomography and entanglement in hadronic collisions

        Quantum tomography reconstructs higher dimensional features of quantum mechanical
        systems from lower dimensional experimental information. The method is practical and directly processes experimental data while bypassing field-theoretic formalism. Quantum tomography can probe entanglement while avoiding model assumptions such as factorization. We present our work applying quantum tomography to the analysis of collider reactions. Building on these foundations, we introduce AI-driven extensions enabling it to tackle the large, complex datasets emerging from modern facilities. This work opens a new pathway for fundamental physics to uncover the hidden multidimensional structure of matter directly from experimental measurements.

        Speaker: Daniel Tapia Takaki (University of Kansas)
        DTT - Seoul workshop 2026.pdf
    • 3:20 PM
      Coffee Break
    • Session 6
    • 6:00 PM
      Banquet
  • Tue, March 10
    • 9:30 AM
      Coffee
    • Session 7
      • 16
        Partial Restoration of Chiral Symmetry at Finite Baryon Density
        Speaker: Hideki Hamagaki (Nagasaki Institute of Applied Science (JP))
        hamagaki-WorkshopYonsei.pdf
      • 17
        Phi meson in nuclear matter
        Speaker: Ahmad Jafar Arifi
        Phi-arifi.pdf
    • 11:20 AM
      Lunch
    • Session 8
    • 2:40 PM
      Coffee Break
    • Session 9