2023-11-13 15:00:00
Research Highlights
近期，成大光電系的吳品頡副教授在瞬間高光譜影像與非厄米超穎介面系統的任意偏振態控制這兩個領域取得的長足的進展，兩項研究成果接續發表在國際頂級學術期刊Nature Communications。品頡表示，這兩個研究工作都是跨團隊的合作，由衷感謝有志同道合的朋友與夥伴的一同努力與奮鬥。 光譜影像技術的新里程碑 首個成果是與成大電機系林家祥副教授的合作研究，他們結合超穎介面與小數據機器學習理論兩個不同領域的專業知識，成功實現了一瞬間的高光譜影像。傳統的光譜資料獲取方式需要逐...
2023-10-19 11:28:00
Education
國立成功大學沈孟儒校長 10 月 16 日率團訪問法國姊妹校-格勒諾布爾-阿爾卑斯大學（Université Grenoble Alpes, 簡稱 UGA），除了拜會雙方行政主管、進行學術會議交流並舉辦量子科學領域研討會（Quantum Workshop）等主要任務，兩校並特別聚焦於量子、微電子與奈米科技領域，以深化雙邊國際合作關係，拓展國際鍊結、堅實雙方夥伴關係。 雙方對於學校國際策略發展進行簡報，研議微電子、量子科學與奈米科技等合作議題，展望未來推動學者共同研究...
2023-09-28 09:30:00
Honor Roll
Winner List of QFort Scholarship for Outstanding Doctoral Students: 1. Wun-Hao Kang 林臻佑博士生 2. Wun-Hao Kang 康文豪博士生 3. Shih-Hsuan Chen 陳世軒博士生 4. Kai-Slang Chen 陳楷翔博士生 5. Ling-Chun Chen 陳鈴淳博士生 6. Yi-Te Huang 黃亦得博士生 ...
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 ...
2023-08-15 15:00:00
Education
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：https://drive.google.com/drive/folders/1LRmS1kIBHLarHzxGvaadb5SFXh5_aIe6?usp=sharing 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
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...
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 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 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 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