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A Brief History and Outlook of Hadronic Physics in Indonesia

Ahmad Jafar Arifi, Parada. T. P. Hutauruk, Terry Mart, Chalis Setyadi

Abstract

Hadronic physics has gradually emerged as one of the growing research frontiers in Indonesia, driven by efforts to better understand the properties of the strong interaction and the internal structure of hadrons from the fundamental principles of Quantum Chromodynamics. In the last few decades, Indonesian researchers have made significant contributions to developing various theoretical and phenomenological aspects of hadrons. In addition, on the experimental side, Indonesian scientists have participated in hadron experiment facilities overseas, such as the ALICE collaboration at CERN, which has strengthened the scientific activities and networks and has supported the training of young Indonesian researchers. In the present paper, we review Indonesian scientists' contributions to hadronic physics, highlight ongoing research directions in both experimental and theoretical, and outline strategies for future development toward integration into the international hadronic physics community.

A Brief History and Outlook of Hadronic Physics in Indonesia

Abstract

Hadronic physics has gradually emerged as one of the growing research frontiers in Indonesia, driven by efforts to better understand the properties of the strong interaction and the internal structure of hadrons from the fundamental principles of Quantum Chromodynamics. In the last few decades, Indonesian researchers have made significant contributions to developing various theoretical and phenomenological aspects of hadrons. In addition, on the experimental side, Indonesian scientists have participated in hadron experiment facilities overseas, such as the ALICE collaboration at CERN, which has strengthened the scientific activities and networks and has supported the training of young Indonesian researchers. In the present paper, we review Indonesian scientists' contributions to hadronic physics, highlight ongoing research directions in both experimental and theoretical, and outline strategies for future development toward integration into the international hadronic physics community.

Paper Structure

This paper contains 23 sections, 3 figures.

Table of Contents

  1. Hadronic Physics and QCD
  2. Historical Hadronic Physics Development
  3. Pioneering Stage (1970s--2000s)
  4. Early Millennium (2000s--2010s)
  5. Recent Developments (2010s--present)
  6. Active domestic research groups
  7. International Engagements
  8. Present and Future Research Activities
  9. Hadron Reaction and Spectroscopy
  10. Hadron Structure
  11. Hyperon and Hypernuclear Physics
  12. Few-Body Physics
  13. Other Related Topics
  14. Community Activities
  15. General Conferences
  16. ...and 8 more sections

Figures (3)

  • Figure 1: Kaon-Maid, an interactive model based on effective Lagrangian dynamics, designed to describe kaon photo- and electroproduction on the nucleon. The model is available at https://maid.kph.uni-mainz.de/kaon/.
  • Figure 2: APFB 2008 at Universitas Indonesia, chaired by Imam Fachruddin and co-chaired by Terry Mart (seated in the front row).
  • Figure 3: SEA-NHP 2025 in Universitas Gadjah Mada, chaired by Chalis Setyadi and co-chaired by Ahmad Jafar Arifi and Parada T. P. Hutauruk.