Ahmad Jafar Arifi

Ahmad Jafar Arifi

Theoretical physicist

Ahmad Jafar Arifi

Special Postdoctoral Researcher (SPDR),
Few-Body Systems in Physics Lab, RIKEN (Main)
2-1 Hirosawa, Wako, Saitama, Japan 315-0198
E-mail: ahmad.arifi[at]riken.jp

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Latest update

  • (2023, 04, 01)
    Moving from Korea to Japan: Working as a postdoc in RIKEN, Saitama.
    Joining as SPDR in Few-body systems in physics lab.
  • (2022, 05, 25)
    Passed the TOPIK 1 level 2. This is a Korean languange proficiency test for beginner level.
  • More updates
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About me

Personal

Greetings! I am a theoretical physicist with expertise in nuclear hadron physics. I earned my undergraduate degree in the physics department of Universitas Indonesia, working under the guidance of Prof. Terry Mart. Subsequently, I moved to Osaka University to pursue a Ph.D. in physics, where I had the privilege of working with Prof. Atsushi Hosaka to study heavy baryon decays in the quark model. I also had the opportunity to complete an internship at JAEA for six months to work with Belle experimentalists. Though my graduation coincided with the Covid-19 pandemic, I was fortunate enough to secure a position at APCTP. There I have been conducting research on the light-front quark model, with the guidance of Prof. Chueng-Ryong Ji and other professors. Currently I am working at RIKEN.

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My research

My research is mainly focused on hadron physics, with a particular interest in hadron spectroscopy, reactions, and structure, as well as hadrons in matter. I have experience using various models, such as the effective Lagrangian approach, chiral quark model, light-front quark model, and quark-meson coupling (QMC) model. One of my main areas of interest is the Dalitz plot analysis, which I have employed to investigate hadron resonances. Furthermore, I am intrigued by the light-front quark model, which provides a relativistic approach to studying hadron structure. As a lifelong learner, I am always eager to acquire new knowledge and expand my research interests in the vast field of hadron physics.

You can also visit my profile in Inspire-HEP.

Research Interests

Co-Authors

Past and present institutions