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「Education is not the filling of a pail; but the lighting of a fire.」 —W. B. Yeats

「教育不是注滿一桶水,而是點燃心中的那把火。」 — 葉慈(愛爾蘭詩人)

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  • 奈米光子學 (Nano-Photonics)

   電漿子學 (Plasmonics, Surface Plasmon Resonance, SPR)

   電漿子耦合機制及基礎研究

   光電新穎材料 (Photonic Metamaterials /NanoPlasmonics)

   -電漿子顯微生醫影像及感測之研究

  • 有機光電元件/生物光電元件 (Organic electronic devices/ Bio-electronic devices)

   光電化學有機與無機材料(石墨稀Graphene)之研究

   -生物材料及元件相容性製程之研究

   -有機半導體/生物分子光電轉換機制之研究

   -潔淨能源:光催化氫能源 (Photocatalytic Fuel Cell Energy)

  • 生醫微感測元件暨系統 (μ-Biosensor) (ηEMS)

   電致發電漿子檢驗晶片 (EL-Plasmonic Biosensor)

   軟性電漿子元件 (Bio-Plasmonics on flexible polyimide substrates)

  -Lab-on-a-Chip (全血檢驗系統晶片及唾液檢驗系統晶片)

  -基因與蛋白型癌症檢驗系統晶片(Gene/Protein  Sys.-Chip for  Cancer sensing)

紅色為近期發展

藍色為中長期發展

光電系/光電所:

  • 光電工程概論(Introduction to Optical and Photonic Engineering)

  • 電子學 (Optical Electronics)

  • 生醫感測元件 (Biosensors)

  • 奈米光學與近場顯微技術 (Nano-Optics and Near-Field Optical Microscopy)

  • 生醫晶片製程技術 (Bio-Chips Manufacturing Technology)

  • 生醫光電工程概論(Introduction to Biophotonics)

  • 生醫奈米工程概論 (Introduction to Nanomedicine Engineering)

  • 有機光電元件原理與應用(The Devices Physics and Applications for Organic Light emitting diodes (OLEDs))

  • 英文科技論文寫作與報告導論 (Introduction to English Scientific Reports and Presentations)

  • 電漿子光學原理與應用(Principles and applications of plasmonics)

  • 奈米微影製程技術概論(Introduction to nanolithography techniques)

生命科學系:

  • 分析儀器在生醫產業的運用(Application of Analytical Instruments in the Biomedical Industry)

  • 藥物開發與轉譯醫學(Drug Development and Translational Medicine)

1.

開發多功能拉曼-電化學-電漿子之微流即時性檢測系統探討胞外體分子在肺癌的 早期診斷和風險預測之研究,(Developing multiplex Raman-Electrochemical-Plasmonic microfluidic real-time detection system to investigate the early diagnosis and risk prediction of exosome molecules in lung cancer),(NSTC 112-2221-E-003 -016 -MY3)/國科會(工程司)-光電學門(生醫光電)/PI.主持人,

112/08/01 ~ 115/07/31

2.

應用電化學-表面電漿子共振之複合式奈米生醫晶片系統檢測血清外泌體 微型核糖核酸以建立一套新式子癲前症預測模型,(Developing paper-based electrochromic plasmonic sensing mechanism and evaluating biomarkers for the risk prediction with early detection of lung cancer),(NSTC 112-2314-B-195-012)/國科會-婦產醫學學門(婦產醫學)/Co-PI.共同主持人,

112/08/01 ~ 113/07/31

3.

開發紙基式電致色變電漿子感測機制與評估肺癌風險預測和早期檢測之研究(優秀年輕學者計畫),(Developing paper-based electrochromic plasmonic sensing mechanism and evaluating biomarkers for the risk prediction with early detection of lung cancer),(MOST 109-2221-E-003-028-MY3)/科技部(工程司)-光電學門(光感測)/PI.主持人,

109/08/01 ~ 112/07/31

4.

利用即時性電漿子技術於石墨烯量子點複合體奈米晶片探討妊娠相關血漿蛋白A2和微型核糖核酸在子癲前症的篩檢和投藥預防策略之研究, Study on screening and drug-preventing strategies of PAPP-A2 and microRNA in preeclampsia by using real-time plasmonics on graphene quantum dots composite nanochips, (MOST 1092314B195012MY3)/科技部(生科司)-婦產醫學學門(婦產醫學)/Co-PI.共同主持人, 109/08/01 ~ 112/07/31

5.

開發無金屬層之石墨烯電漿子感測晶片:製程技術,電漿子特性及生醫感測機制之探討

(Development of the novel non-metal layer plasmonic biosensors based on graphene : Study of the Fabrication, Plasmonic properties and Biosensing mechanisms),(MOST 108-2221-E-003 -020 -MY3)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

108/08/01 ~ 111/07/31

6.

氧化石墨烯量子點於電漿子特性及microRNAs感測機制之基礎研究 (Fundamental studies of graphene oxide quantum dots for plasmonic properties and microRNAs in sensing mechanism),(MOST 107-2221-E-003-009-)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

7.

官能化二維層狀過渡金屬材料於奈米電漿子特性及生物分子感測機制之基礎研究,(Fundamental studies of 2DLMs functionalized transition metal dichalcogenides (TMDs) for nano-plasmonic properties with advanced biosensing mechanisms),( MOST 106-2221-E-003-020)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

8.

利用即時性金奈米粒子修飾之氧化石墨烯奈米複合體技術探討妊娠相關血漿蛋白A及A2與子癲前症之臨床相關性,(Using real-time gold nanoparticle-decorated graphene oxide nanocomposites to investigate the relationship between PAPP-A, PAPP-A2 and preeclampsia),( 106-2314-B-195 -013 -MY3)/科技部(生科司)-婦產醫學學門(婦產醫學)/Co-PI.共同主持人

9.

超靈敏電漿子共振能態調制於新型母血蛋白早期唐氏症篩檢率之研究-2,(Identification of novel protein biomarkers analysis of maternal serum in Down Syndrome using ultrasensitive bioplasmonics in modulated graphene on metal energy state-II),(MOST 105-2221-E-003-027-)/科技部(工程司)-光電學門(生醫光電)/PI.主持人 

10.

超靈敏電漿子共振能態調制於新型母血蛋白早期唐氏症篩檢率之研究-1,(Identification of novel protein biomarkers analysis of maternal serum in Down Syndrome using ultrasensitive bioplasmonics in modulated graphene on metal energy state-1),(MOST 104-2221-E-003-023-)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

11.

利用適體修飾之金奈米粒子催化反應探討人類絨毛膜性腺激素與唐氏症之相關性,(Using real-time gold nanoparticle-decorated graphene oxide nanocomposites to investigate the relationship between PAPP-A, PAPP-A2 and preeclampsia),(104-2314-B-195-015-)/科技部(生科司)婦產醫學/Co-PI.共同主持人

12.

以調控氧化石墨烯能隙增強表面電漿子耦合效應於肺癌的篩檢和早期診斷研究,(Enhancement of plasmonic coupling effect in a tunability critical gap of functionalized graphene material – Screening tests for early diagnosis of lung cancer),(MOST 103-2221-E-003 -008)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

13.

功能化石墨烯於奈米電漿子特性與前膽性生物分子感測機制之基礎研究,(Fundamental studies of functionalized graphene for nanoplasmonic properties with advanced biosensing mechanisms),(NSC 102-2221-E-003 -021)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

14.

具高指向性之有機電致發奈米電漿子元件特性於前瞻性生醫檢測之基礎研究,(Fundamental studies of directional emission from organic electroluminescence nanoplasmonics for advanced biosensing technology),(NSC 99-2218-E-002-MY3)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

15.

具高指向性之有機電致發奈米電漿子元件特性於前瞻性生醫檢測之基礎研究,(Fundamental studies of directional emission from organic electroluminescence nanoplasmonics for advanced biosensing technology),(NSC 99-2218-E-002-MY3)/科技部(工程司)-光電學門(生醫光電)/PI.主持人

1.

可攜式微型化SPR-LAMP方法於肺結核菌快速診斷之系統研發-(子計畫二)微型化有機發光二極體表面電漿共振生物檢測系統,(National Research Program for. Biopharmaceuticals, NRPB),(NSC 100-2325-B-182-007)/科技部(工程司)-光電學門(光感測)/Co-PI.共同主持人

1.

國立臺灣師範大學112年度「高等教育深耕計畫」研究計畫

樂活早期預防: 子計畫: 開發失智症之胞泌體微檢測 (主持人)

2.

國立台灣大學系統(三校聯盟),111年度年輕學者創新性研究計畫

開發先進微型化電化學-表面電漿子共振之複合式生物晶片系統於乳腺癌分子動力學分析及檢測應用 (主持人)

Development of Advanced Miniaturized Electrochemical-Surface Plasmon Resonance Hybrid Biochip System for Determine Binding Affinities and Kinetic Parameters on Breast-Cancer Detection Applications

3.

國立臺灣師範大學學術研究推昇計畫補助方案(105A02)

超靈敏電漿子共振能態調制於新型母血蛋白早期唐氏症篩檢率之研究 (主持人)

4.

新世代太陽能電池元件之研發(NTNU100-D-01)

子計畫二/超穎電漿子材料之增強光生載子特性研究 (主持人)

5.

國立臺灣師範大學學術研究 (T9907000917)

具高指向性之有機電致發奈米電漿子元件特性於前瞻性生醫檢測之基礎研究/新進人員計畫 (主持人)

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