| English Name | Chinese Name | Department | Research Field |
| Chen, Kuei-Hsien | 陳貴賢 | Institute of Atomic and Molecular Sciences | Catalysis and energy conversion; Nanomaterials and nanotechnology; New energy technologies |
| Lin, Jim Jr-Min | 林志民 | Institute of Atomic and Molecular Sciences | Synthesis and characterization of transient species, e.g. radicals and reaction intermediates; Scientific education; Atmospheric chemistry; Instrument design |
| Ni, Chi-Kung | 倪其焜 | Institute of Atomic and Molecular Sciences | Development of new mass spectrometry methods for structural determination of carbohydrates; Energy transfer of highly vibrationally excited molecules studied by crossed molecular beam; Photodissociation of organic molecules in a molecular beam; MALDI ionization mechanism |
| Chou, Mei-Yin | 周美吟 | Institute of Atomic and Molecular Sciences | Electronic and structural properties of solids, surfaces, interfaces, and clusters; Theoretical condensed matter physics; Computational materials physics |
| Chang, Huan-Cheng | 張煥正 | Institute of Atomic and Molecular Sciences | Biophotonics; Biophysical Chemistry; Biomolecular Mass Spectrometry; Nanobiotechnology |
| Wang, Yuh-Lin | 王玉麟 | Institute of Atomic and Molecular Sciences | Physics and chemistry of nanostructures, application of nanotechnology to biomedical sciences,focused ion beam (FIB) technology, and surface enhanced Raman spectroscopy (SERS) |
| Wei, Ching-Ming | 魏金明 | Institute of Atomic and Molecular Sciences | Material simulations using Quantum Monte-Carlo; Electronic and structural properties of solids, surfaces, interfaces, and clusters; Computational materials physics |
| Chang, Ta-Chau | 張大釗 | Institute of Atomic and Molecular Sciences | Guest-host interaction in the condensed phases, particularly the molecular recognition and the structural dynamics in biological systems; Structure-activity relationship of antitumor agents; Design and synthesis of new compounds for antitumor agents and fluorescence biomarkers; Dye-DNA interaction and conformational changes of telomeric DNA structures; Bioanalytical methods development for the studies of telomere and telomerase in cancer research |
| Chen, Szu-yuan | 陳賜原 | Institute of Atomic and Molecular Sciences | Laser-plasma physics and applications; Light-controlled materials fabrication and applications in energy and optoelectronics; Tissue engineering and regenerative medicine, therapeutic cancer vaccine |
| Kuo, Jer-Lai | 郭哲來 | Institute of Atomic and Molecular Sciences | Structure and Properties of H-bonded Clusters; First-Principle Studies of Bulk Materials; Order/Disorder Transitions in Ice; Application of Artificial Intelligence in Material Discovery/Design |
| Liao, Jung-Chi | 廖仲麒 | Institute of Atomic and Molecular Sciences | Interdisciplinary (biology, optics, engineering, and proteomics) research |
| Tzeng, Wen-Bih | 曾文碧 | Institute of Atomic and Molecular Sciences | Molecular beam resonance-enhanced multiphoton ionization (REMPI) and mass-analyzed threshold ionization (MATI) spectroscopy; Photophysics and photochemistry of organometallic sandwich complexes; Molecular properties of multiply substituted benzene isomers in the electronically excited and cationic states |
| Wang, Jyhpyng | 汪治平 | Institute of Atomic and Molecular Sciences | High-intensity ultrafast laser technology; Laser-driven particle accelerators; Relativistic plasma nonlinear optics; Extreme-UV lasers |
| Yang, Dah-Yen | 楊大衍 | Institute of Atomic and Molecular Sciences | material science: nanotube, graphene, pairing mechanism of high Tc, topological insulator; biophysics: protein charge transfer, molecular motor; large scale biomolecular computation: protein-protein interaction, ion channel, enzyme reaction |
| Chang, Ming-Shien | 張銘顯 | Institute of Atomic and Molecular Sciences | Sensing and quantum optics studies with nanodiamonds ; Bose-Einstein Condensation, spinor condensates; Quantum computation/simulation with cold atoms |
| Chen, Ying-Cheng | 陳應誠 | Institute of Atomic and Molecular Sciences | Nonlinear optics at single-photon-level; High-performance optical quantum memory; Quantum optics and quantum information science; Cooperative radiation phenomena, such as superradiance and subradiance |
| Hsieh, Chia-Lung | 謝佳龍 | Institute of Atomic and Molecular Sciences | Advanced optical microscopy; Quantitative bioanalytical approaches; Nanoscale biophysics; High-speed optical microscope techniques |
| Hsieh, Ya-Ping | 謝雅萍 | Institute of Atomic and Molecular Sciences | Large scale, transparent and flexible electronic divices; Synthesis of new 2D materials and quantum materials; Novel energy devices enabled by new materials |
| Lin, Yu-Ju | 林育如 | Institute of Atomic and Molecular Sciences | Ultracold quantum gases with synthetic gauge potentials; Bose-Einstein Condensation; Manipulation with optical lattices |
| Takahashi, Kaito | 高橋開人 | Institute of Atomic and Molecular Sciences | Reaction on catalytic surface; Reaction dynamics of atmospherically relevant reactions; Interaction in hydrated ionic clusters |
