侯欣宜 (Hsin-Yi Hou)
Research Assistant (2023/05/18)
NTU, Biochemistry and Molecular Biology, Master's degree. (2023/01)
台大醫學院生物化學暨分子生物學研究所, 碩士畢業(2023/01)
Research Topics: SPR-Biosensors, micro-RNA
林柔辰 (Rou-Chen Lin)
NTNU, IEO, Master Student (2023/09)
台師大碩士研究生(光電所)
Research Topics: Quantum dots based Biosensors, Photocatalytic Fuel Cell Energy, SPR-Raman system
郭昭顯 (Jhao-Sian Guo)
NTNU, IEO, Master Student (2022/09-)
台師大碩士研究生(光電所)
Research Topics: Quantum dots based Biosensors, Photocatalytic Hydrogen (H2) Production
許懷恩 (Huai-En Hsu)
NTNU, IEO, Master Student (2022/09-2025)
台師大碩士研究生(光電所)
Research Topics: SPR-Raman system
Jed Cagayan (杰德)
NTNU, IEO, Master Student (2022/09-)
台師大碩士研究生(光電所)
Research Topics: Raman based Biosensors,
Surface-Enhanced Raman Scattering (SERS) on Nano-gratings for biosensor applications
江佳陵 (Chia-Ling Chiang)
NTU, Biomedical Eng., Master Student (2021/09)
台大碩士研究生 (醫工所)
Research Topics: SPR Biosensors, SPR-Raman Biosensors
譚光芯 (Guang-Hsin Tan)
NTNU, IEO, Master Student (2021/09)
台師大碩士研究生(光電所)
Research Topics: Metamaterials, Localized SPR (LSPR) Biosensors, Lateral Flow Biosensor (Rapid detection)
王映皓 (Ying-Hao Wang)
NTNU, IEO, Master Student (2021/02)
台師大碩士研究生(光電所)
Research Topics: SPR Biosensors, Nucleic acid amplification testing (LAMP, CRISPR), EC-SPR
黃文怡 (Wen-Yi Huang)
NTU, Biomedical Eng., Master Student (2020/09)
台大碩士研究生(醫工所)
Research Topics: Biosensors, Nucleic acid amplification testing (LAMP)
王俊祈 (Chun-Chi Wang)
NTNU, IEO, Master Student (2020/09)
台師大碩士研究生(光電所)
Research Topics: OLED, Biosensors
郭耕甫 (Ken-Fu Kou)
NTNU, IEO, Master Student (2020/09)
台師大碩士研究生(光電所)
Research Topics: Metamaterials, Localized SPR (LSPR) Biosensors
鄭智明 (Chi-Ming Cheng)
NTNU, IEO, Master Student (2020/02)
台師大碩士研究生(光電所)-(2021/09-休學)
Research Topics: SPR-Raman, ATR-Raman system
楊皓棠(Hao-Tang Yang)
NTNU, IEO, Master Student (2018/09)
台師大碩士研究生(光電所)
Research Topics: 2D Metamaterials, SPR Biosensors
Devi Taufiq Nurrohman (德維)
NTNU, IEO, PhD Student / Research Assistant (2021/09)
MOST Scholarship (NTD 40000/mom)
台師大博士研究生(光電所)
Research Topics: 2D Metamaterials, SPR Biosensors, SPR-Raman
戴銘宗 (Ming-Jung Tai)
NTNU, IEO, PhD Student / Research Assistant (2018/02)
台師大博士研究生(光電所)
Research Topics: 2D Metamaterials, Prototype of Miniaturized SPR Sensing System
楊豐禧 (Fen-Xi Yang)
NTNU, IEO, undergraduate student (2023/07-)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: Plasmonic based Photoelectrocatalytic, hydrogen fuel cell
劉原劭 (Yuan-Shao Liu)
NTNU, IEO, undergraduate student (2023/07-)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: Plasmonic logic gate , All optical logic gates
李柔昀 (Rou-Yun Lee)
NTNU, IEO, undergraduate student (2023/07-)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: Plasmonic logic gate , All optical logic gates
黃映澄 (Ying-Cheng Huang)
NTNU, IEO, undergraduate student (2023/05-)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: Quantum dots based Biosensors
陳瑞奇 (Rui-Chi Chen)
NTNU, IEO, undergraduate student (2022-2023)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: DNA Origami Nanostructures,
DNA origami assembly of nanophotonic structures and their applications
DNA摺疊技術應用於奈米電漿子之研究
2024 考取 國立台灣大學光電工程研究所
盧原德 (Yuan-Te Lu)
NTNU, IEO, undergraduate student (2022-2023),
台師大-大學部(光電工程學位學程)-專題生
Research Topics: DNA Origami Nanostructures for Optical Sensing
Self-regeneration and self-healing of DNA origami nanostructures and their applications
DNA 自組摺疊構建多功能光學材料
獲國科會獎助大專生專題計畫案(2023/07)
(Won the National Science and Technology Commission (NSTC) Research Grant for University Student)
2024 考取 國立台灣大學光電工程研究所
張仲凱 (Chung-Kai Chang)
NTNU, IEO, undergraduate student (2022-2023)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: Plasmonic logic gate
optical interferometric logic gate
2024 考取 國立清華大學光電工程研究所
黃柏睿 (Po-Jui Huang)
NTNU, IEO, undergraduate student (2022-2023)
台師大-大學部(光電工程學位學程)-專題生
Research Topics: Plasmonic logic gate , All optical logic gates
2024 申請美國研究所
黃永泰 (Yung-Tai Huang)
NTNU, IEO, undergraduate student (2021-2022)
台師大-大學部(光電工程學位學程)-專題生
王元廷 (Yuan-Ting Wang)
NTNU, IEO, undergraduate student (2021-2022)
台師大-大學部(光電工程學位學程)-專題生
吳瑋仁
Wei-Ren Wu
畢業學年度:107/12 (2018/12), Master's degree.
畢業論文:以石墨烯量子點調制表面電漿子能量於生物感測器之研究
Modulation Surface Plasmon Resonance Energy of Graphene Quantum Dots on Biosensors Application
郭佳詞
Chia-Tzu Kuo
畢業學年度:106/07 (2017/07), Master's degree.
畢業論文:開發胺基改性氧化石墨烯之電漿子胜肽適體感測器於臨床血清樣本中人類絨毛膜促性腺激素檢測
Development of amine modified graphene oxide based peptide SPR aptasensor for human chorionic gonadotropin in clinical serum detection
畢業學年度:106/07 (2017/07), Master's degree.
畢業論文:主動式色變電漿子可視化生醫感測晶片之研發
Development of Active Color-Plasmonic for Naked-eye Biosensors
畢業學年度:106/07 (2017/07), Master's degree.
畢業論文:以官能化二硫化鉬增強表面電漿子生醫晶片的靈敏度於新型妊娠相關血漿蛋白(PAPP-A2)在臨床血清的檢測
Sensitivity Enhancement of Functionalized MoS2 Based Plasmonic Biosensors for Detection of Pregnancy Associated Plasma Protein A2 (PAPP-A2) in Clinical Serum Samples
范仕遠
Shi-Yuan Fan
畢業學年度:106/07 (2017/07), Master's degree.
畢業論文:超高靈敏度的羧基改性氧化石墨烯之生醫感測於表面電漿子共振晶片之研發
Ultra Sensitivity of Carboxylated Graphene Oxide for Surface Plasmon Resonance Biosensors
畢業學年度:105/12 (2016/12), Master's degree.
畢業論文:增強鉛離子吸附於EDTA-矽烷修飾氧化石墨烯之感應耦合電漿原子發射光譜儀檢測研究
Enhanced adsorption of Pb(II) ions by EDTA-silane modified graphene oxide composites using ICP-AES technology
畢業學年度:105/07 (2016/07), Master's degree.
畢業論文:探討逐步調控氧化石墨烯之含氧官能基於電化學表面電漿子共振技術增強免疫感測晶片靈敏度之應用
Stepwise control of the oxygen-containing functional groups of graphene oxide for enhancing performance in EC-SPR immunosensor applications
畢業學年度:105/01 (2016/01), Master's degree.
畢業論文:探討電化學表面電漿技術於即時監測與調控氧化石墨烯能隙之研究
Quantitative real-time and tunable band gap of deoxidization of graphene oxide using electrochemical
Maxime Le Ster
畢業學年度:103/02-103-08 (2014/02-2014/08)
法國交換生 (法國國立雷恩應用科學學院)
French exchange student
Material Sciences and Engineering, Institut National des Sciences Appliquées de Rennes, Rennes 35708, France
黃騰毅
Teng-Yi Huan
畢業學年度:101/07 (2012/07), Master's degree.
畢業論文:石墨烯氧化物薄膜於表面電漿子共振生物感測器之研發
Development of Graphene Oxide Sheets for Surface Plasmon Resonance Biosensors
郭峻銓
Chun-Chuan Kuo
畢業學年度:101/07 (2012/07), Master's degree.
畢業論文:以表面電漿共振技術探討電化學法之石墨烯氧化物去氧還原過程
Using Surface Plasmon Resonance Technology to Detect the Deoxidized Process of Electrochemical Reduction of Graphene Oxide