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Dec 16, 2024
研究生學位論文獎 - 特優
Congratulations to Huan-Teng Su for receiving the "Best Graduate Thesis Award" for the outstanding master thesis, from the Physical...
Dec 14, 2024
Third Prize Winner 第三名
Congratulations to Yu-Tzu Liu for receiving the "Third Prize Winner" at the Competition of Academic Digital Photo, the 12th Tin Ka Ping...
Dec 14, 2024
Honorable Mention Award 佳作
Congratulations to Yu-Chuan Chang for receiving the "Honorable Mention Award" at the Competition of Academic Digital Photo, the 12th Tin...
Nov 29, 2024
3 Best Student Paper Awards (Oral) 三座最佳學生論文獎 (口頭報告)
Congratulations to Yu-Chuan Chang, Chih-Yao Hsu, and Yu-Tzu Liu for each receiving "Best Student Paper Awards (Oral)" at the 2024 OPTIC....
Nov 12, 2024
Best Thesis Award 學生論文獎
Congratulations to Huan-Teng Su for receiving the "Best Thesis Award" for the outstanding master thesis, from the Taiwan Photonics...
Nov 5, 2024
Spotlighted on the Cover of Advanced Optical Materials
Our research has been spotlighted on the cover of Advanced Optical Materials, Volume 12, Issue 31 , dated November 5, 2024. About the...
Oct 25, 2024
Research Highlights on NYCU News
NYCU Unveils Groundbreaking Interface Technology to Revolutionize Anti-Counterfeiting Security for Credit Cards and Passports From NYCU...
Oct 22, 2024
Recent Presentations
List of recent presentations in 1 year: Y.-W. Huang, 2025 SID Display Week , San Jose, CA, USA (May 11–16, 2025, invited talk &...
Oct 22, 2024
Honorable Mention Award 佳作
Congratulations to Chih-Yao Hsu for being awarded "Honorable Mention Award (Oral)" at VASSCAA-12 (the 12th Vacuum and Surface Sciences...
Oct 21, 2024
2024 Future Tech Award 未來科技獎
Congratulations to Prof. Yao-Wei Huang's team at NYCU and Foxconn (Hong Hai) team for being awarded "2024 Future Tech Award" for...
Oct 17, 2024
High-Q 超穎介面登新聞
本校一項突破性的超穎介面技術,能有效提升防偽標籤的色彩表現,解決目前防偽標籤顏色單調和色散效果不理想的困境,大幅提升信用卡、護照等重要身份識別文件的安全性。 黃耀緯(前排中著西裝者)研究團隊合影。第一作者蘇煥騰為手拿登上期刊封面者。...
Sep 25, 2024
光學工程 光達特輯邀稿
以超穎介面和光子晶體面射型雷射的結構光實現單眼深度感知和臉部識別 這裡介紹的新型深度感測系統透過採用超穎介面和光子晶體面射型雷射在單眼深度感測中實現高效的臉部識別,徹底改變了結構光技術。與依賴繞射光學元件和準直透鏡的傳統點投影儀不同,我們的系統從三百微米尺寸的超穎介面投射約...
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