Medium and High Energy Physics

Theoretical Particle Physics, Particle Astrophysics, and Cosmology

Theoretical research topics include particle phenomenology, collider physics, heavy ion collisions, neutrino and nuclear astrophysics, high-energy astrophysics and cosmic rays, early universe, and gravitational waves.

(Fedynitch, Anatoli / Li, Hsiang-nan / Ng, Kin-Wang / Wu, Meng-Ru / Yang, Di-Lun / Yuan, Tzu-Chiang)

Experimental Nuclear and Particle Physics

(Wong, Henry Tsz-King / Wang, Song-Ming / Haino, Sadakazu / Chu, Ming-Lee / Lin, Chih-Hsun / Hou, Suen / Rachid, Mazini / Chang, Wen-Chen / Chang, Yuan-Hann / Yen, Eric)

• Strangeness content of proton – LEPS at SPring-8 (Japan)
• Flavor structure of sea quarks in proton – SeaQuest at Fermilab (U.S.)
• Transverse-momentum degree of quarks in proton – COMPASS at CERN (Europe)
• Chiral symmetry restoration of QCD – E16 at J-PARC (Japan)

• Search for Higgs and new physics beyond Standard Model – ATLAS at LHC (CERN, Geneva)
• Search for antimatter and dark matter in space– AMS (International Space Station)

• Neutrino physics and low-mass dark matter search – TEXONO at Kuo-Sheng Reactor Neutrino Laboratory (Taiwan)
• Underground search for dark matter – Jinping Underground Laboratory (China)

• Gravitational Wave Physics and Astronomy with KAGRA and LIGO Observatory