Results 1-57 of 57 (Search time: 0.001 seconds).
| English Name | Chinese Name | Department | Research Field |
|---|---|---|---|
| Bennetts, Shayne | 肖恩 | Institute of Atomic and Molecular Sciences | |
| Chan, Yang-hao | 詹楊皓 | Institute of Atomic and Molecular Sciences | Excitonic effects on Nonlinear optical responses; Computational methods of many-body physics; Quantum phenomena in light-driven systems; Real-time simulation of quantum dynamics; Ab initio many-body perturbation theory |
| Chang, Huan-Cheng | 張煥正 | Institute of Atomic and Molecular Sciences | Biophotonics; Biophysical Chemistry; Biomolecular Mass Spectrometry; Nanobiotechnology |
| 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 |
| 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, Chun-Chia | 陳俊嘉 | Institute of Atomic and Molecular Sciences | Atomic physics; Quantum metrology; Continuous optical clock; Continuous atom laser |
| Chen, Jen-Chang | 陳仁彰 | Institute of Atomic and Molecular Sciences | |
| Chen, Kuei-Hsien | 陳貴賢 | Institute of Atomic and Molecular Sciences | Catalysis and energy conversion; Nanomaterials and nanotechnology; New energy technologies |
| 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 |
| 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 |
| Chen, Yit-Tsong | 陳逸聰 | Institute of Atomic and Molecular Sciences | Applying field-effect transistors, scanning probe microscopy, and optical microscopy as biosensors to study protein-protein interactions, extracellular ionic fluctuation, cellular exo-endocytosis, and neuron-neuron interactions; Nanomaterials; Nanodevices |
| Chiang, Cheng-Tien | 江正天 | Institute of Atomic and Molecular Sciences | Laser-based photoelectron spectroscopy at surfaces; Correlated electron systems; Double photoemission spectroscopy |
| 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 |
| Chuang, Tung J. | 莊東榮 | Institute of Atomic and Molecular Sciences | |
| Han, Chau-Chung | 韓肇中 | Institute of Atomic and Molecular Sciences | Capillary isoelectric focusing for protein profiling ; Proteome-wide profiling aimed for disease-biomarker discovery; Applications biomedical mass spectrometry |
| Ho, Kuang-Lang | 何光朗 | Institute of Atomic and Molecular Sciences | |
| Ho, Yew Kam | 何耀錦 | Institute of Atomic and Molecular Sciences | Studies of few-body systems related to muon catalyzed fusion; Atomic photoionization and resonances in weakly coupled (Debye) and strongly coupled plasmas; Atoms in external electric and magnetic fields; Interactions of positrons and positronium with atoms; Theoretical studies of quantum dots; Develop new computational techniques such as the complex absorbing potential (CAP) method and the stabilization method for atomic structure and collision calculations |
| 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 |
| Hsu, Liang-Yan | 許良彥 | Institute of Atomic and Molecular Sciences | Theoretical Chemical Physics; Light-Matter Interactions at the Nanoscale (Plasmon-Coupled Exciton Transfer and Spectroscopy); Nanoelectronics (Molecular Electronics); Methodology of Quantum Transport Theory at the Nanoscale (Electron, Exciton, Heat, and Spin Transport); Quantum Electrodynamical Chemistry and Polariton Chemistry (Applications of Macroscopic Quantum Electrodynamics in Chemistry) |
| Hsu, Yen-Chu | 許艶珠 | Institute of Atomic and Molecular Sciences | Development of new laser spectroscopic technique; Laser spectroscopy of small transient molecules |
| Huang, Keh-Ning | 黃克寧 | Institute of Atomic and Molecular Sciences | |
| Jen, Hsiang-Hua | 任祥華 | Institute of Atomic and Molecular Sciences | Bose-Einstein condensate, spinor BEC; Quantum optics, quantum information processing, and quantum communication; Cooperative spontaneous emission and chirally coupled atomic chain; Strongly interacting ultracold atom |
| Kung, Andy | 孔慶昌 | Institute of Atomic and Molecular Sciences | Nonlinear Spectrum; Solid state lasers; Laser Physics; Ultrafast optics; Nonlinear optics; Attosecond optics |
| 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 |
| Lai, Charles Pin-Kuang | 賴品光 | Institute of Atomic and Molecular Sciences | Genetic Engineering; Molecular Imaging; Cell-to-Cell Communication; Nanobiotechnology |
| Lee, Yuan-Pern | 李遠鵬 | Institute of Atomic and Molecular Sciences | Spectral, kinetic and dynamic studies of unstable species which are important in combustion or atmospheric chemistry; Matrix-isolation spectroscopy; Laser-induced fluorescence and VUV absorption or photoionization; Ultrafast reactions and electron / energy transfer; Time-resolved Fourier-transform infrared emission or absorption, degenerate four-wave mixing and two-color resonant four-wave mixing, cavity ringdown |
| Lee, Yuan-Tseh | 李遠哲 | Institute of Atomic and Molecular Sciences | Radical intermediates that are critical in combustion and atmospheric processes; Mechanisms and dynamics for elementary chemical reactions and primary photodissociation processes; Bond-selective, regio-selective or mode-selective means to modify and manipulate chemical reactivity; The nature of intra- and intermolecular energy relaxation.; Structure and chemical behavior of highly reactive polyatomic radicals and unusual transient species |
| Li, Lain-Jong | 李連忠 | Institute of Atomic and Molecular Sciences | Low-dimensional Materials in Energy Applications; Two-dimensional Materials; Carbon Nanomaterials |
| Liao, Jung-Chi | 廖仲麒 | Institute of Atomic and Molecular Sciences | Interdisciplinary (biology, optics, engineering, and proteomics) research |
| Lin, Ching-Wei | 林靖衛 | Institute of Atomic and Molecular Sciences | Single-photon emitters; Photonic nanomaterials; Short-wave infrared spectroscopy and imaging; Single-walled carbon nanotubes |
| Lin, Jiing-Chyuan | 林景泉 | Institute of Atomic and Molecular Sciences | Adsorption, self-assembling, and thermally-/photocatalytically induced reactions of organic molecules on surfaces; The kinetics and dynamics of gas-surface interactions in general |
| 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 |
| Lin, King-Chuen | 林金全 | Institute of Atomic and Molecular Sciences | Single molecule spectroscopy and detection; Kinetics and dynamics of atom-diatom reaction in gas phase; Photodissociation dynamics of small molecules; Application of laser spectroscopy and Fourier transform spectroscopy in analytical chemistry; Reaction dynamics of excited metal atoms with small molecules |
| Lin, Minn-Tsong | 林敏聰 | Institute of Atomic and Molecular Sciences | Surface Magnetism; Application of Synchrotron Radiation; Nanomaterial; Spintronics; Nanomagnetism |
| Lin, Shen-Maw | 林森茂 | Institute of Atomic and Molecular Sciences | |
| Lin, Sheng-Hsien | 林聖賢 | Institute of Atomic and Molecular Sciences | |
| Lin, Yen-Chang | 林彥璋 | Institute of Atomic and Molecular Sciences | Laboratory automation; Administration system |
| 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 |
| Liu, Kopin | 劉國平 | Institute of Atomic and Molecular Sciences | Mode-, bond-, and stereo-selective chemistry; Ultrafast photochemistry/photophysics; Coherent and correlation in molecular processes |
| Liu, Shang-Bin | 劉尚斌 | Institute of Atomic and Molecular Sciences | Metal-based zeolites and metal oxides for selective catalytic reduction (SCR) of NOx; Synthesis and surface functionalization of porous silicas and their applications in CO2 capture and fuel storage; Nuclear Magnetic Resonance (NMR) spectroscopy and its applications in porosity and acidity characterization of liquid/solid acid catalysts; Organic-Inorganic composites, such as heteropolyacid-ionic liquid s as efficient heterogeneous and/or homogeneous catalysts for biomass conversions; Synthesis and modification of porous carbons and their applications in fuel cells and biomolecule sensing |
| Luo, Pei-Ling | 羅佩凌 | Institute of Atomic and Molecular Sciences | Real-time and time-resolved spectroscopy; Broadband laser technique and optical frequency comb; Atmospheric chemistry and reaction kinetics; Molecular fingerprinting and sensing |
| 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 |
| Shiue, Jessie | 薛韻馨 | Institute of Atomic and Molecular Sciences | Instrumentation & Electron microscopy |
| Song, Ker-Jar | 宋克嘉 | Institute of Atomic and Molecular Sciences | Self-generated nanostructures and their magnetic properties |
| 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 |
| 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, Juen-Kai | 王俊凱 | Institute of Atomic and Molecular Sciences | Physical studies of organic electronics; Ultrafast nonlinear optics; Ultrafast optical spectroscopy; Nanoscale optical spectroscopy |
| 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 |
| Wang, Wei-Hua | 王偉華 | Institute of Atomic and Molecular Sciences | Fabrication of low-dimensional nano-devices such as graphene field-effect transistors and their transport properties and applications; Spin-dependent transport properties in materials with low spin-orbit coupling such as graphene and carbon nanotubes |
| Wang, Yu | 王瑜 | Institute of Atomic and Molecular Sciences | Electron Density Distribution and Chemical Bonding; Molecular Magnets; Spin Crossover Phenomena / Light Induced Excited Spin State Trapping |
| 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 |
| Wong, Ken-Tsung | 汪根欉 | Institute of Atomic and Molecular Sciences | Synthesis and Molecular Design of Organic Materials for Optoelectronic Applications; Organic Nano Materials |
| Wu, Yi-Chun | 吳益群 | Institute of Atomic and Molecular Sciences | Application of nanomaterials in biological systems; Programmed cell death and cell migration |
| 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 |
| Yu, Tsyr-Yan | 余慈顏 | Institute of Atomic and Molecular Sciences | Membrane Protein Research; Molecular Basis of Familial Amyloid Polyneuropathy; NMR spectroscopy |
