奈米侷限的目的在於大幅減少於微奈米流體中進行生物分子結合反應時受到的擴散限制,在奈米侷限的條件下生物分子可增加碰撞的頻率,以提高結合的效率。本研究使用調控彈性隔膜變形的方式,使具有微柱結構的隔膜坍塌於微珠表面,進而產生隔膜與微珠表面間的奈米侷限空間,並以連續的動態操作模式,將原先需複雜製程且高流阻的......
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以彈性隔膜塌陷於微珠陣列微流體裝置中產生可控奈米侷限以提升生物分子結合動力學
2025-05-23 -
凡德瓦材料之激子非等向性屏蔽
2025-05-14 本所林宮玄博士等人與南加州大學、淡江大學理論團隊報導凡德瓦材料之激子有非等向性屏蔽效應。光載子增加時,光極化方向垂直與平行材料平面所量測到的激子能量位移不同。
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In Situ Identification of Spin Magnetic Effect on Oxygen EvolutionReaction Unveiled by X‑ray Emission Spectroscopy
2025-05-06 Dr. Raman Sankar and his group, in collaboration with Prof. Chun-Wei Chen (Department of Materials Science and Engineering, National Taiwan University......
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Spin dynamics and 1/3 magnetization plateau in the coupled distorted diamond chain compound K2Cu3(MoO4)4
2025-04-29 Dr. Raman Sankar and his group investigate magnetic properties of the s = 1/2 compound K2Cu3(MoO4)4 by combining magnetic susceptibility, magnetizatio......
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Anomalous spin dynamics and excitations of the quasizigzag chain compound AgCrP2S6
2025-04-15 Dr. Raman Sankar and his group, in collaboration with Prof. Kwang-Yong Choi at Sungkyunkwan University (Republic of Korea) investigated the spin dynam......
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邁向觀測微中子與原子核的同調散射
2025-03-28 能發電是釋放極大量的低能微中子源,可藉此在量子作用完整同調性下,研究微中子與原子核的彈性散射。 這是『台灣微中子實驗』(TEXONO)國際團隊,自 2005 年在國聖核二廠的主軸研究課題。 此項目推動了數代嶄新高純鍺探測器的進展,降低了能量閾值。在 2023 年核二廠除役前的數據中,團隊沒有觀察到微......
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近期演講
專題演講
2025/05/26 (10:45-12:00)
一樓演講廳
Dynamics of topological defects in active fluids due to self-induced flows

Dr. Jonas Rønning /Okinawa Institute of Science and Technology (OIST)
Hosted by Associate Research Fellow Tsai, Jih-Chiang (JC)
專題演講
2025/05/27 (10:30-12:00)
五樓第一會議室
Using terahertz light to control material properties

Dr. Jeremy A. Johnson /美國楊百翰大學
Hosted by Senior Research Scientist Lin, Kung-Hsuan
專題演講
2025/05/29 (10:30-12:00)
五樓第一會議室
林俊良副教授 /國立陽明交通大學電子物理系
Hosted by Assistant Research Fellow Hsu, Chen-Hsuan
專題演講
2025/06/05 (11:00-12:15)
五樓第一會議室
Epitaxial nanoarchitectures enabled by freestanding complex oxide membranes
楊展其教授 /國立成功大學物理學系
Hosted by Assistant Research Fellow Hsu, Chen-Hsuan
研討會
2025/06/18-2025/06/20
一樓演講廳
Chirality in Condensed Matter Physics

Hosted by Research Fellow Lee, Wei-Li