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自建量子電腦外的新選擇!成大善用 Amazon Braket 悠遊不同量子硬體架構,展開研究!

2023-08-22 08:30:00

QFort Stories

量子科技與 AI、IoT 並列成為引爆人類第四次工業革命的三大科技,未來量子科技即將改變人類生活,量子科技應用前途各國翹首盼望,先進國家莫不將它列為關鍵的國家發展策略。為了接軌國際研究水準,「成大前沿量子科技研究中心」受到國科會計畫支持,選擇使用 Amazon Web Services (AWS) 的量子雲端服務 Amazon Braket作為主要運算平台,並持續強化從量子理論、材料到量子元件及電腦的整合研究。 因應未來科技布局量子研究,成大QFort中心深耕量子理論、元件、材料 ...

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QFort Scholarship for Outstanding Doctoral Students

2023-08-15 15:00:00


前沿量子科技研究中心為培育優秀博士生,提升本中心學術研究水準,將開放申請博士生獎學金。 歡迎符合條件的博士生們,踴躍申請。申請截止日期為:112/8/31 PS:不收紙本資料,請上傳到:   前沿量子科技研究中心培育優秀博士生獎學金辦法 申請表格

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2023-08-10 18:30:00



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開拓全場同相成像系統 Prof. Paul-Antoine Moreau 跨國合作研究成果登 國際期刊 PNAS

2023-04-14 11:06:00

Research Highlights

In this regard, Prof. Paul-Antoine Moreau from QFort-NCKU and his colleagues from the University of Glasgow and the Max Plank institute proposed a full-field in-phase imaging system. While low-light imaging hasbecome crucial in many areas,appli...

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Congratulations! Prof. Tse-Ming Chen received “NSTC Outstanding Research Award" in 2023

2023-03-08 13:26:00

Honor Roll

恭賀本中心陳則銘副主任榮獲111年度國科會傑出研究獎   國家科學及技術委員會公布 111 年度傑出研究獎,國立成功大學共獲得 5 席,包括台灣文學系吳玫瑛教授、土木工程學系(所)吳致平特聘教授、數學系暨應用數學所吳恭儉教授、藥理學科暨研究所沈孟儒特聘教授、物理學系(所)陳則銘特聘教授。   國科會傑出研究獎是為了獎勵研究成果傑出之科學技術人才,長期從事基礎或應用研究,以提升我國學術研究水準及國際學術地位,創造社會發展與產業應用效益,展現科研成果之多元價值,增強國家...

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Congratulations! Prof. Tay-Rong Chang received "2022 Highly Cited Researcher"

2022-12-12 08:30:00

Honor Roll

國立成功大學 4 位學者入選科睿唯安(Clarivate)2022 年度《高被引學者》(Highly Cited Researchers™)名單,其中成大航空太空工程學系特聘教授陳維新蟬聯第 7 年入選,成大物理學系副教授張泰榕則是自 2019 連續 4 年入選,成大醫院副院長柯文謙研究 COVID-19 論文受關注再次入選,而成大醫學院健康照護科學研究所副教授林宗瑩則以跨領域研究入選高被引學者。   2022 年度全球共有來自69個國家和地區的6,938名科學家入選 ,臺灣今...

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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

Quantum information theory is an interdisciplinary subject developed in the last century. It is not only one of the biggest driving forces behind the second quantum revolution, but also the driving force behind the pr...

Quantum Materials & Devices

Quantum materials constitute a research field characterized by high manipulation degrees of freedom and diverse physical properties. These materials leverage fundamental elements, such as spin, lattice, orbital, and c...


Quantum sensing uses quantum properties such as quantum interference, superposition, and entanglement to provide more accurate, stable, or even measurement advantages that some traditional sensing methods cannot achie...


Photon is an essential medium for next-generation quantum technology. In this topic, we aim to realize high-resolution quantum imaging and photonic information translation, which is impossible by classical optical, ba...


The semiconductor electronics industry with a complete industrial ecosystem is the most advantageous industry in Taiwan and the lifeblood of our economy. The industrial development of quantum computers also needs semi...

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 :  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  ...



Fascinating insights into the world of quantum physics