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中央研究院Academia Sinica

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歡迎來到中央研究院影音頻道！🎉 為使學術研究發揮社會教育功能，激發年輕學子與社會大眾的求知熱情，本頻道主要提供各類科普知識影片，例如本院定期舉辦的「知識饗宴」及「故院長講座」科普演講，特邀本院院士或各領域研究人員主講，以深入淺出、生動詳實的表達方式，介紹本院的各項研究成果；並經常結合中研院官方臉書，進行線上影音直播，服務未能前來院內聽講的各地民眾，也能有如臨現場的感受及即時學習的機會。另外，亦不定時推出各項院內外各項活動紀錄，例如外縣市科普演講、本院最新簡介、數理、生命及人文各組研究人員訪談及院區開放活動花絮等影片。🌍🎥🔬 Welcome to the Academia Sinica YouTube Channel! 🎉 Dive into a world of discovery with our diverse collection of popular science videos, where we share cutting-edge research and aim to ignite your curiosity. Here, you'll find a treasure trove of science content, from videos and livestreams of our exciting science events like the Open House events, Knowledge Feast series, and Popular Science Lectures, to in-depth interviews with our brilliant researchers. Join us as we explore the frontiers of knowledge and bring the wonders of science closer to you! 🌍🎥🔬

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2026年院士會議主題演講-約翰安德森名譽院士、劉金智潔院士YouTube 影片

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2026年知識饗宴—朱家驊院長科普講座-量子科技與奈米科技對於現代文明的發展YouTube 影片

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International Collaboration in Basic Science - From My Experience｜Prof. Takaaki KajitaYouTube 影片

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2026年院士會議主題演講-約翰安德森名譽院士、劉金智潔院士

【2026年院士會議主題演講】主講人：約翰安德森名譽院士講題：Engineering: The Bridge between Science and Technology 主講人：劉金智潔院士講題：The Importance of International Collaboration in Research 主持人：陳建仁院長與談人：廖俊智前院長、周美吟副院長日期：2026年7月6日地點：本院人文社會科學館國際會議廳【The 36th Convocation of Academicians Keynote Speech】 Speaker: Honorary Academician John L. Anderson Topic: Engineering: The Bridge between Science and Technology Speaker: Academician Tsu-Jae King Liu Topic: The Importance of International Collaboration in Research Moderator: President Chien-Jen Chen Panelists: Former President James C. Liao, Vice President Mei-Yin Chou Time: July 6, 2026 Venue: International Conference Hall (3F), Humanities and Social Sciences Building, Academia Sinica #JohnL.Anderson #Tsu-JaeKingLiu #NAE #美國國家工程學院 #智慧時代 #國際合作 *影片字幕為系統自動生成。

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2026年知識饗宴—朱家驊院長科普講座-量子科技與奈米科技對於現代文明的發展

2026年知識饗宴—朱家驊院長科普講座-量子科技與奈米科技對於現代文明的發展主講人：葉乃裳院士（美國加州理工學院 Thomas W. Hogan 物理講座教授）主持人：周美吟副院長時間：2026年5月19日（星期二）晚上7時至8時30分地點：本院學術活動中心2樓第1會議室演講簡報下載： https://sec.sinica.edu.tw/archives/cb687c8f9c8a9bfa

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International Collaboration in Basic Science - From My Experience｜Prof. Takaaki Kajita

【TAIWAN BRIDGES】 Topic:International Collaboration in Basic Science - From My Experience Speaker: Prof. Takaaki Kajita (2015 Nobel Laureate in Physics) Host: Dr. Mei-Yin Chou, Vice President of Academia Sinica Time: April 23, 2026, Thursday, 14:00 Venue: Second Conference Room (3F), Humanities and Social Sciences Building, Academia Sinica Takaaki Kajita is a Japanese physicist and a professor at the Institute for Cosmic Ray Research, University of Tokyo. In the early 1990s, he led Japan–U.S. collaboration in the construction of the Super-Kamiokande detector. Completed in 1995, the facility contains a 50,000-ton water tank and brought together about one hundred leading researchers. Through precise observations of atmospheric neutrinos, the research team provided the first compelling evidence of neutrino oscillations, demonstrating that neutrinos have mass and overturning the assumption of zero neutrino mass in the Standard Model of particle physics. This groundbreaking achievement earned Professor Kajita the 2015 Nobel Prize in Physics. Over the years, Prof. Kajita has continued his research in neutrinos and gravitational waves. Such research relies heavily on large-scale and highly sophisticated experimental facilities. From construction to data analysis, these endeavors require extensive international collaboration. These experiences have led him to recognize that scientific cooperation across national and cultural boundaries not only advances academic research and expands scientific achievements, but also serves as an important force in promoting international understanding and world peace. #TAIWAN_BRIDGES #NobelLaureate #TakaakiKajita #NeutrinoOscillations #SuperKamiokande #InternationalScientificCollaboration

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The Molecules of Life, AI and Human Health｜Prof. Kurt Wüthrich

【TAIWAN BRIDGES】 Topic: The Molecules of Life, AI and Human Health Speaker: Prof. Kurt Wüthrich (2002 Nobel Laureate in Chemistry) Host: Dr. James C. Liao, President of Academia Sinica Time: April 7, 2026, Tuesday, 14:00 Venue: International Conference Hall (3F), Humanities and Social Sciences Building, Academia Sinica Lecture Synopsis: In my lecture, I will survey the physiological roles of three important classes of biological macromolecules, DNA, RNA and Proteins. In the introduction I will emphasize the importance of knowledge about the three-dimensional structures of these molecules, in addition to their chemical structure. In this context I will briefly describe the principal methods available for experimental determination of three-dimensional structures of these macromolecules, X-ray crystallography, NMR spectroscopy and cryo-EM. I will then link the recent success of structure prediction by methods of artificial intelligence with the experimental approaches to structure determination, and discuss the impact of the wealth of information on macromolecular structures on drug development for the continued improvement of human healthcare. #TAIWAN_BRIDGES #NobelLaureate #KurtWüthrich #AI #DNA #RNA #Proteins

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The Brain’s GPS: How We Know Where We Are｜Dr. Edvard I. Moser

【TAIWAN BRIDGES】 Topic:The Brain’s GPS: How We Know Where We Are Speaker: Dr. Edvard I. Moser (2014 Nobel Laureate in Physiology or Medicine) Host: Dr. James C. Liao, President of Academia Sinica Time: March 27, 2026, Friday, 14:00 Venue: Auditorium B1C, Institute of Biomedical Sciences, Academia Sinica Lecture Synopsis: This lecture will focus on how the mammalian brain encodes space and time. Few brain functions are more critical to survival than the ability to organize space and time. Professor Moser will begin with the Nobel- awarded discoveries on space. The entorhinal cortex of the mammalian brain contains specialized position-coding cell types, including grid cells. Grid cells are active only when animals (and humans) are at certain locations, locations that tile environments in a periodic hexagonal pattern. Together with other specialized cell types in the entorhinal region, grid cells enable a dynamic GPS-like map of our own location in the environment. In the second part of the lecture Professor Moser will switch to time and show how time can be inferred from the joint activity of cells in a different region of the entorhinal cortex, suggesting that this entire brain system is adapted for encoding both the wheres and the whens of experience, in agreement with the now common view that deficits in the function of the entorhinal system are at the core of neurological diseases where orientation in space and time is affected, such as in Alzheimer’s disease. #TAIWAN_BRIDGES #NobelLaureate #EdvardIMoser #GPS #MammalianBrain

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當臺灣人遇上中國人與美國人：我們如何看待這段微妙的三角關係？｜江彥生研究員兼副所長

主講人：江彥生研究員兼副所長（本院社會學研究所）主持人：彭信坤副院長時間：2026年3月24日（星期二）晚上 7時至8時30分地點：本院學術活動中心2樓第1會議室地址：臺北市南港區研究院路二段128號演講摘要如果要你直覺判斷，對臺灣人來說，中國人和美國人之中，哪一方感覺比較親近？如果中國人看到臺灣人和美國人走得很近，會對美國人不悅？還是轉向對臺灣人更友善？在奧運場上，當中國選手和美國選手爭奪金牌時，臺灣人會為誰加油？又或者，當中國與美國攜手合作研發新科技時，臺灣人會不會產生一種「被排除在外」的不安感？這些問題聽起來像是日常聊天的話題，背後都牽涉到一個很現實、也很複雜的處境：三角關係難題。這種關係的困難之處，不只是「我和你」、「我和他」之間怎麼相處，還包括「你和他」之間的互動，往往也會影響我對你、對他的感受。講者簡介江彥生博士現任中央研究院社會學研究所研究員兼副所長。他於美國華盛頓大學取得社會學博士學位，曾先後在德國馬克斯．普朗克研究所與日本北海道大學擔任博士後研究員，並曾任教於美國加州大學爾灣分校及香港中文大學，擔任助理教授。江博士的研究專長在於從社會網絡的角度探討社會心理學的重要課題，關注人們如何在結構脈絡中互動與行動。他的研究涵蓋正向行為與社會合作，例如人們如何協作、如何緩解人際與群際衝突；同時也分析較為負向的社會現象，包括犯罪網絡的形成、詐騙組織的運作，以及金流如何在網絡中隱匿與流動等。舉凡與網絡結構相關的議題，皆是他有興趣的課題。江博士曾兩度獲頒國科會傑出研究獎，其研究成果亦多次獲得美國社會學會最佳論文獎的肯定。他熱衷於學術研究，擅長以簡約的模型與清楚的語言，說明複雜社會現象背後的關鍵機制。他不介意被貼上「象牙塔研究」的標籤，他相信，無論是人的內心世界（包含大腦運作），或是人類所建構的制度與組織，雖然表面上錯綜複雜，仍存在可理解的規律，並可透過現代科學方法加以探索。 #知識饗宴 #科普演講 #三角關係難題 #社會網絡研究 #中美臺關係 #社會心理學 #跨國互動 #國際情勢與社會感受 #集體情緒與合作 #社會科學研究 #TriadicRelations #SocialNetworkAnalysis #USChinaTaiwanRelations #SocialPsychology #InternationalDynamics #GlobalPerceptions #CollectiveBehavior #SociologicalResearch （關鍵字由AI生成）

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