Update 2024/3/5
We use advanced materials and design useful and innovative systems to help people！
Prof. Ying-Chih Lai 賴盈至
Email: yclai@nchu.edu.tw
經歷_______________________________________________________
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中興大學 / 材料系 - 優聘教授 Distinguished Professor 2022.8 - present
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中興大學 / 材料系 - 教授 Full Professor 2022.8 - present
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中興大學 / 物理系 - 合聘教授 Joint Professor 2022.8 - present
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Journal of Taiwan Vacuum Society - Chief Editor 2021 - 2023
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中興大學 / 物理系 - 合聘副教授 Joint Associate Professor 2021.2-2022.7
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中興大學 / 材料系 - 優聘副教授 Distinguished Associate Professor 2019.8-2022.7
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中興大學 / 材料系 - 助理教授 Assistant Professor 2016.8-2019.7
Department of Materials Science and Engineering,
Innovation and Development Center of Sustainable Agriculture,
Research Center for Sustainable Energy and Nanotechnology,
National Chung Hsing University
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美國北卡羅萊納大學 / 化學與分子工程系 - 訪問學者 (Prof. Michael Dickey)
Visiting Scholar with Prof. Michael Dickey 2019.8-2019.10
Department of Chemical & Biomolecular Engineering,
North Carolina State University
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美國喬治亞理工學院 / 材料系 - 訪問學者/博士後研究員 (王中林教授實驗室)
Post-doc researcher with Prof. Zhong-Lin Wang 2015-2016
School of Materials Science & Engineering,
Georgia Institute of Technology
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美國史丹佛大學 / 化工系 - 訪問研究員 (鮑哲南教授實驗室) 2013-2014
Visiting Researcher with Prof. Zhenan Bao
Department of Chemical Engineering,
Stanford University
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比利時校際微電子研究中心 / 微系統科技中心 / 根特大學 - 訪問科學家 2014
Visiting Scientist with Prof. Jan Vanfleteren
IMEC (Inter-university Microelectronics Center in Belgium) /
CMST(Centre for Microsystems Technology) /
Ghent University, Belgium
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物理系 / 台灣大學 - 博士後研究員 (指導教授:陳永芳博士) 2014
學歷______________________________________________________
Ph. D. 台灣大學 / 電子工程研究所 (奈米電子含光電半導體組) 2009.8-2014.1
(指導教授:陳永芳博士/楊英杰博士)
M.S. 台灣大學 / 電子工程研究所 (奈米電子含光電半導體組) 2007
B.S. 交通大學 / 材料科學與工程學系; 輔修:電子物理系 (3次書卷) 2005
榮譽與獎項_(指導學生獲獎請參考Student honors選單)________________
(具備多維度中空奈米結構之複合片體及其應用)
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2022年 華立材料創新大賽 特選獎 (第二次)
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2021年 華立材料創新大學 特選獎
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2020年 2020 科技部未來科技突破獎 (全國86件) (Highlight Tech (全國24件))
！2020, 2019, 2018 (連續三年), 2022 獲獎！
！選為科技部未來科技展記者會亮點成果 (全國共4件)！
(可自修復、不需電池、可伸縮、全透明、可發電的電子皮膚(人機介面)與奈米薄膜發電機）
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2021年 真空科技主編 (Chief Editor of Journal of Taiwan Vacuum Society)
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2020年 真空年會年輕學者獎
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2019年 美國自驅動系統研究中心邀請特聘演講(Distinguished Speaker)
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2019年 AAAS Science Robotics 主編邀請Hamlyn Symposium邀請演講
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2019年 Science Robotics 主編邀請擔任電子皮膚與軟性機器人材料委員會委員
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2019年 2019 科技部未來科技突破獎 (全國88件) (獲選Highlight Tech (全國22件))
(可收集風、雨滴、人體動能的多功能防水奈米發電布與自驅動感測智慧衣)
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2019年 潘文淵考察研究獎
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2018年 2018 科技部未來科技突破獎 (全國81件)(Highlight Tech (全國27件))
(主動式的柔性機器人皮膚與具有感覺皮膚的柔性機器人)
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2018年 2018 科技部未來科技最佳媒體關注獎
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2018年 中國材料學會材料創新獎第一名
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2017年 106年臺綜大年輕學者選拔 優等獎
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2017年 科技部補助大專校院延攬特殊優秀人才
---------------校內獎項----------------
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2022年 中興大學 110 學年度產學合作優良獎
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2022年 中興大學 110 學年度優良導師
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2020年 興大懷璧獎
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2019年 興大之光
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2019年 中興大學工學院服務績優獎
----------------As a student-----------
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2015年 中華民國 物理學會研究生論文表現 (博士論文優良獎)
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2014年 科林 博士論文(優等獎)
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2014年 奈米元件技術研討會 (頭等獎)
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科技部補助博士後研究員赴國外研究獎學金(喬治亞理工)
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科技部補助博士生赴國外研究獎學金(史丹佛大學)
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2013/2014年 物理年會 (Excellent Award)
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2013年 台灣奈米影像競賽 (銀牌獎)
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2012年 台灣奈米影像競賽 (銀牌獎)
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2012年 台灣奈米影像競賽 (佳作)
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2010年 台灣大學電子工程學研究所A類獎學金
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2009年 台灣大學理學院獎學金
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2002年 交通大學書卷獎(第一名) (Rank 1/54 )
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2002年 交通大學書卷獎(第二名) (Rank 2/54 )
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2001年 Book Coupon Award (Top 3)
Distinguished Professor 優聘教授
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Talks_______________________________________________
International Talks/Chairman/Organizer/Committee
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2023/1105 第五屆納米發電機與微納 系統研討會 - Flexible Triboelectric Nanogenerators for Epidermal and Contactless Energy Harvesting, 武漢 (Invited)
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2023/0823, the 23rd International Meeting on Information Display (IMID 2023), Busan, Ying-Chih Lai, Liquid-metal Nanogenerator Fiber for Harvesting Mechanical and Electromagnetic Energy and as Self-powered Sensors, Grand Ballroom ,Soft Sensors and Actuators for Interactive Display (Invited)
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2023/0627, the 11th International Conference on Materials for Advanced Technologies, Singapore, Ying-Chih Lai, Liquid-metal Nanogenerator Fiber for Harvesting Mechanical and Electromagnetic Energy and as Self-powered Sensors
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2023/0618, the 6th International Conference on Nanoenergy and Nanosystems, Symposium 1B: Nanogenerators, Beijing, Ying-Chih Lai, Liquid-metal Nanogenerator Fiber for Harvesting Mechanical and Electromagnetic Energy and as Self-powered Sensors, Grand Ballroom (Invited)
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2023/0618, 08:30-10:10, the 6th International Conference on Nanoenergy and Nanosystems,Symposium 8: Blue Energy and the Internet of Things at Sea Beijing, Room 312, Chairman
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2023/0412, MRS Spring 2023, San Francisco, Ying-Chih Lai, Liquid-Metal Nanogenerator Fiber for Harvesting Mechanical and Electromagnetic Energy and as Self-Powered Sensors, EL08.04: Materials Innovations in Nanogenerator Development (Invited)
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2023/0414, MRS Spring 2023, San Francisco,Ying-Chih Lai, From triboelectric nanogenerators and electronic skins to actively-perceiving soft robots and autonomous flexible applications,EL18.14: Flexible, Stretchable and Printed Energy Device (Invited)
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2023/0413, MRS Spring 2023, San Francisco, Ying-Chih Lai, Session Chair for EL08.10: Triboelectric Devices
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2023/0414, MRS Spring 2023, San Francisco, Ying-Chih Lai, Session Chair for EL18.15: Flexible and Stretchable Devices II
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2022/0621, NGPT 2022 research conference, Ying-Chih Lai, From triboelectric nanogenerators and electronic skins to actively-perceiving soft robots and autonomous flexible applications, Online meeting (Invited)
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2022/0621, NGPT 2022 research conference, Ying-Chih Lai, Commitee
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2022/0418 Dalian Maritime University, Marine Engineering College大連海事大學 輪機工程學院, Ying-Chih Lai, A soft future - From electronic skins and triboelectric nanogenerators to autonomous wearables and soft robot (Invited)
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2022/0415, IEEE-MENS, Ying-Chih Lai,From triboelectric nanogenerators and electronic skins to actively-perceiving soft robots and autonomous flexible applications, Online meeting (Invited)
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2021/1117, MRS-Taiwan International Conference (MRSTIC 2021), Ying-Chih Lai, Entirely, Intrinsically, and Autonomously Self‐Healable, Self‐Powered, Highly Transparent, and Super-stretchable Artificial Electronic Skins, Online meeting (Invited)
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2021/1023, the 5th International Conference on Nanoenergy and Nanosystems 2021 (NENS 2021), Ying-Chih Lai,From Triboelectric Nanogenerators and Electronic Skins to Actively-perceiving Soft Robots and Autonomous Flexible Applications, Online meeting (Invited)
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2021/1015, International Conference on Smart Sensors (ICSS 2021), Ying-Chih Lai,From Triboelectric Nanogenerators and Electronic Skins to Actively-perceiving Soft Robots and Autonomous Flexible Applications, 20211015, International Conference on Smart Sensors, Online meeting (Invited)
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2021/0929 FHOOE/JKU/NCHU Joint Webinar: Smart Materials and Smart Fabrications- A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots (Invited)
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2021 MRS Spring Meeting -Ying-Chih Lai, Autonomously Self–Healable, Super–Stretchable, Highly Transparent and Energy-Harvesting Self–Powered Triboelectric Skins, 2021, Virtual MRS Spring Meeting & Exhibit, Session Title:Chemical Systems in Robotics I, Online meeting (Oral)
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2021 MRS Spring Meeting -Ying-Chih Lai, Deformable, Green, and Self-Healable Triboelectric Nanogenerators and Their Applications in Flexible Electronics and Self-Powered Sensing Uses, 2021, Virtual MRS Spring Meeting & Exhibit,Session Title:Nanogenerator IX, Online meeting (Oral)
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2021 MRS Spring Meeting -Ying-Chih Lai, Stretchable and Mechanically-Durable Triboelectric Nanogenerator Based on Recycled Coffee Waste as Flexible Power Sources and Self-Powered Smart Sensors, 2021, Virtual MRS Spring Meeting & Exhibit,Session Title:Nanogenerator IX, Online meeting (Oral)
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2020 MRS Spring Meeting - Self-powered, Self-healing, Highly Transparent, and Superstretchable Triboelectric Nanogenerator for Personal Power Sources and Self‐Powered Electronic Skins, Symposium: Flexible, Stretchable Biointegrated Materials, Devices and Related Mechanics, 2020 MRS Spring Meeting and Exhibit, Phoenix, Arizona, USA. (Oral)
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2019/1203 MRS Fall Meeting - Multifunctional Triboelectric-Nanogenerator Fabric for Universally Harvesting Energy from Rain Drops, Winds and Human-Motions, and as Self-Powered Sensors, Symposium: Applications of E-Textiles, Boston, MA, USA.
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2019/1112 第三屆納米發電機與微納 系統研討會 - Flexible Triboelectric Nanogenerators for Power Textiles and Self-powered Electronic Skins, 重慶 (Invited)
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2019/1003 美國國家科學基金會自驅動系統中心 Distinguished Speaker in NSF-funded Advanced Self-Powered Systems of Integrated Sensors and Technologies (ASSIST) Center at NC State University ( and remotely connected with Florida International University, Michigan University, Penn State University, UNC, The University of Utah, University of Virgina, University of Notre Dame) - From Triboelectric Nanogenerators and electronic skins to self-powered sensors, soft robots, and autonomous applications (Invited)
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2019/0625 Hamlyn Symposium on Medical Robotics - Self-powered electronic skins for soft robots, Workshop: e-skins and Advanced Materials for Soft Robotics, London, UK. (Invited by the Editor of AAAS Science Robotics)(Invited)
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2019/0615 The 4th International Conference on Nanoenergy and Nanosystems - Super-Stretchable and Mechanically-Durable Triboelectric Nanogenerators for Soft Power Suppliers, Self-Powered Electronic Skins, and Soft Robots, Symposium: Self-powered sensors and systems, Beijing, China (Invited talk by the Editor of Nano Energy) (Invited)
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2019/0425 MRS Spring Meeting - Actively Perceiving and Responsive Soft Robots Enabled by Self-Powered, Highly Extensible and Highly Sensitive Triboelectric Proximity- and Pressure-Sensing Skins, Symposium: Robotics, Prosthetics and E-skin II, Phoenix, Arizona, USA.
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2019/0415 The 14th Annual IEEE International Conference on Nano/Micro Engineered and Molecular Systems - Super-Stretchable and Mechanically-Durable Triboelectric Nanogenerators for Soft Power Suppliers, Self-Powered Electronic Skins, and Soft Robots, Bangkok, Tailand.(Invited)
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2018/1028 第二屆納米發電機與微納系統研討會 - Rubber-based triboelectric nanogenerators as wearable and deformable energy sources (河南大學)(Invited)
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2017/1107 IUMRS-ICA2017 - From flexible components and triboelectric nanogenerators to self-sufficient wearable applications (Invited)
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2017/1021 NENS 2017, Beijing - Single-thread-based triboelectric nanogenerator for wearable energy harvesting and sensing
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2017/0421 2017 MRS Spring, Phoenix, AZ, USA - Electric Eel-Skin-Inspired Mechanically- Durable and Super- Stretchable Nanogenerator for Deformable Power Source, Symposium: Nanogenerators
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2017/0419 2017 MRS Spring, Phoenix, AZ, USA - Highly Stretchable and Self-Powered Conformal Electronic Skin Symposium: Stretchable materials and devices
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2014/09 IMEC/CMST - Flexible Electronics and Textile-based Electronic Skins (Invited)
國內演講與服務/委員會/組織者/主席
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64. 2024/0305 虎尾科技大學/電機資訊學院 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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62. 2023/0927 台中榮總醫院外科部 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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61. 2023/0726 中研院應科所 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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60. 2023/0508 台中榮總醫院 - 2023台灣印度智慧健康照護研討會 - Triboelectric Nanogenerators for Electronic and Robotic Skins
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59. 2023/0505 成大光電 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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58. 2023/0323 成大材料 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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56. 2023/0302 2023前瞻技術及材料永續年輕學者論壇 (暨南大學)- A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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55. 2022/1129 SEMI-FlexTech Taiwan Steering Committee 軟性混合電子產業委員會年末會議 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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54. 2022/1123 北科化工與生物科技系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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52. 2022/1012 明志材料 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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51. 2022/0922 清大材料 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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49. 2022/0601 逢甲材料 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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48. 2022/0413 北科機械 (中文班) - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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47. 2022/0401 台大高分子所 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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46. 2022/0330 中山材光 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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45. 2022/0302 交大材料 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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44. 2022/0223 台科化工 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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43. 2022/0126 物理年會 - Triboelectric effect in emerging energy and self-powered sensing devices (invited talk)
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42. 2021/1223 北科機械系 (外籍班) - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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41. 2021/1213 台灣大學材料系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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40. 2021/1202 成功大學材料系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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39. 2021/1130 彰化高中 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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37. 2021/0224 台灣半導體協會 TOSIA「標準規範委員會」- 「邁向自給自足的未來：低頻能源擷取與自驅動感測」
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36. 2020/1223 中原機械 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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35. 2020/1205 清大材料- A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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34. 2020/0521 北科有機高分子所 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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32. 2019/1220 中央光電 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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31. 2019/1025 國立教育廣播電台 (主持人吳沂家)- 機器人皮膚專訪
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30. 2019/0605 中正物理 - 麥克斯韋方程式最後一塊拼圖對新興科技的影響
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29. 2019/0529 中山大學材光系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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28. 2019/0514 高雄大學化材系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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27. 2019/0313 東吳物理系 - 麥克斯韋方程式最後一塊拼圖對新興科技的影響
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26. 2019/0312 清大工學院 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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25. 2019/0222 生醫陶瓷研討會 – Conformal and Self-powered sensing - From electronic skins and triboelectric nanogenerators to autonomous applications
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24. 2019/0122 中廣主廚特餐 (主持人張慶玲) - 奈米防水發電布料專訪
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23. 2019/0111 閎暉實業 - A soft future -from electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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22. 2019/0103 清華大學材料系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous applications and soft robots
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21. 2018/1219 聯合大學材料系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous flexible and soft robotic applications
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20. 2018/1218 中興永續能源與奈米科技研究中心通識課程講者
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19. 2018/1211 台南大學材料系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous flexible applications
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18. 2018/0927 師大光電所 - 從麥克斯韋的位移電流到新興科技 (摩擦奈米發電機、電子皮膚與柔性機器人等) From Maxwell’s displacement current to emerging technologies (Teiboelectric nanogenerators, electronic skins, and soft robotics)
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17. 2018/0627 台電綜合所 - 生物摩擦發電與隨機頻率電能擷取邁向自主能源之願景
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16. 2018/0529 中興永續能源與奈米科技研究中心通識課程講者
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15. 2018/0519 臺綜大107年度正興城灣盃論演講 - 類電鰻皮膚般的超柔軟、可拉伸的奈米發電機暨其在電子皮膚、智慧衣、柔性自發電感測、自給自足柔性電子應用
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14. 2018/0316 成大光電系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous flexible applications
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13. 2018/0308 成大材料科學與工程學系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous flexible applications
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12. 2017/1220 台師大物理系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous flexible applications
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11. 2017/1208 中興物理系 - 材料表面摩擦電荷極化暨其應用
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10. 2017/1005 清大材料系 - A soft future - From electronic skins and triboelectric nanogenerators to autonomous flexible applications
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9. 2017/0920 交大材料系 - 軟性摩擦發電機與電子皮膚：邁向自給自足柔性電子應用
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8. 2017/0615 海洋大學光電科學研究所 - 軟性摩擦發電機與電子皮膚：邁向自給自足穿戴應用
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7. 2017/0329 逢甲材料系 - 摩擦發電機與電子皮膚:邁向自給自足穿戴式應用
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6. 2017/0324 暨大應用材料及光電工程學系 - 電子皮膚與奈米摩擦發電機 (Electronic skins and Triboelectric nanogenerators)
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5. 2017/0322 國家奈米元件實驗室 - 電子皮膚與摩擦發電機：邁向自給自足穿戴應用 (Electric Eel-like Electronic Skins and Triboelectric Nanogenerators : Toward Self-Sufficient Wearable Applications)
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4. 2017/0301 中原物理系 - 電子皮膚與摩擦電奈米發電機 (Triboelectric Nanogenerators and Electronic Skins)
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3. 2017/0225 清大化工系 - 像電鰻般的電子皮膚與摩擦發電機：邁向自給自足穿戴應用 (Electric Eel Skin-like Devices and Triboelectric Nanogenerators : Toward Self-Sufficient Wearable Tech)
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2. 2016/1227 海大材料所 - 電子皮膚與摩擦電奈米發電機
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1. 2014/11 彰師光電所 - 軟性電子及其現況發展