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Congratulations! Prof. Jan-Chi Yang received “Ta-You Wu Memorial Award" in 2022

2022-09-14 08:30:00

Honor Roll

Congratulations! Prof. Jan-Chi Yang received “Ta-You Wu Memorial Award" in 2022

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突破量子通訊的未來 成大陳岳男團隊研究量子操縱性之量化分類登上國際自然通訊期刊

2022-09-05 10:57:00

Research Highlights

如何在不受信任的先決條件下進行量子通訊?國立成功大學物理系特聘教授、前沿量子科技研究中心主任陳岳男統籌和古煥宇博士主導的「量子操縱性的完全分類與其量測不兼容性之關聯」(Complete classification of steerability under local filters and its relation with measurement incompatibility)研究,從「量子操縱性」基礎中找到量子資源分類的關鍵理論,成果於今(2022)年 8 月 25 日刊登在國際...

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下世代超輕薄可捲曲晶片 張景皓團隊找出可撓式奈米科技關鍵

2022-07-19 11:40:00

Research Highlights

超輕薄,可捲曲,豐富應用性的晶片不再是夢想。國立成功大學物理系副教授兼成大前沿量子科技研究中心張景皓與其團隊,共同分析「石墨烯」材料,發現捲曲後有新的獨特應用功能性,為此與團隊投入研究,從無到有,建立起基礎物理(量子態)模型。研究成果於 2022 年發表於奈米科學領域之學門指標性期刊奈米視界(Nanoscale Horizons)並獲選為期刊之封面論文(Front Cover)。   矽層狀材料不再是晶片製造的唯一選擇   成大物理系副教授張景皓說,自己 2013 ...

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量子記憶體高效檢測法 成大研究登國際指標期刊《PRX Quantum》

2022-05-24 08:00:00

Research Highlights

量子記憶體(Quantum memory)檢測效能重要突破!國立成功大學前沿量子科技研究中心主任陳岳男與博士後研究員古煥宇,攜手歐亞跨國團隊發展新穎的「量子網路中記憶體之效能檢測」方法,提出判定合格量子記憶體的新方向,有助臺灣掌握量子元件發展關鍵。研究成果獲國際量子領域指標期刊《PRX Quantum》青睞。   因應量子技術領域蓬勃發展,全球最大物理學組織──美國物理學會(American Physical Society)創立新興科研期刊《PRX Quantum》。秉持卓越...

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The Cornerstone of a New Generation of Cutting-edge Quantum Materials: Interdisciplinary Research Achievements of Associate Professor Jan-Chi Yang of the Department of Physics, NCKU

2022-05-13 11:49:00

Research Highlights

Associate Professor Jan-Chi Yang of the Department of Physics at NCKU and Distinguished Professors Yi-Chun Chen and Tse-Ming Chen at the Center for Quantum Frontiers of Research and Technology (QFort) at NCKU proposed and demonstrated an approach ...

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成大 90 and beyond 計畫學者路克史密斯  研究成果登國際期刊 PRL

2022-03-15 11:57:00

Research Highlights

成大新進學人傳捷報!國立成功大學「NCKU 90 and Beyond」培育計畫助理研究教授路克.史密斯(Luke Smith)2021 年 11 月甫到成大即以第一作者發表文章,內容為藉由產生自旋軌道交互作用,進而達到全電性控制近藤效應的實驗結果,結合理論加以實證,獲刊「物理評論快報」(Physical Review Letters,簡稱PRL)。     PRL 為物理與數學領域享譽盛名的國際級期刊,每天湧進全世界學者的投稿,競爭激烈且審查嚴謹,僅四分之一的文章能獲選...

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Research

 

Quantum science and technology is a highly interdisciplinary field, associated with physics, nanotechnology, material science, electrical engineering, computer science, and so on. We have successfully integrated outstanding scientists and engineers from different disciplines and different countries to serve as a research hub and facilitate the development of quantum technology.

Quantum
Theory

Many outstanding enterprises, including Google, Microsoft, Intel, and IBM, etc., have started to develop their own quantum computers or quantum software. Their ultimate goal is to construct large-scale universal quant...

Quantum
Devices & Computing

The goal of this research roadmap is to develop and build solid-state quantum bits, devices, and architectures for quantum logics or other relevant future technologies. Our major efforts include innovative device desi...

Quantum
Materials

Emergent quantum materials can create new paths to advance quantum technology since intriguing and exotic quantum features contained in these materials can lead to new design principles and architectures in quantum lo...

Quantum tic-tac-toe

Quantum tic-tac-toe is a "quantum generalization" of tic-tac-toe in which the players' moves are "superpositions" of plays in the classical game. The game was invented by Allan Goff of Novatia Labs, who describes it a...

OEM

OEM :  SEM and AFM 成功大學量子中心機台設備與費用列表 Qfort 儀器列表 代工收費費率 耗材收費 原子力顯微鏡 (AFM) 原價:NT$1200/hr 校內價:NT$450/hr  ...

Events

 

Fascinating insights into the world of quantum physics