數學系－Olivier Hénot助理教授

學歷:
2023 PhD in Mathematics, McGill University, Montreal, Canada

經歷:
2023-2025 Postdoctoral researcher, Ecole Polytechnique (CMAP), France

專長:
• Nonlinear differential equations
• Dynamical systems
• Computer-assisted proofs

個人介紹:
I specialize in the study of nonlinear differential equations, particularly those set on infinite dimensional spaces, such as delay and partial differential equations. I investigate aspects of dynamical system theory, with a focus on invariant manifolds, connecting orbits, as well as bifurcation analysis. This research employs numerical simulations to explore intricate dynamics, which are then rigorously coupled with analytic methods to prove ''what is seen on the screen''. This process draws from several fields, such as numerical analysis, functional analysis and approximation theory. I also have a particular interest for applications.

數學系－Tsz On Mario Chan助理教授

學歷:
2013 Bayreuth Universität 拜羅伊特大學博士（德國）

經歷:
2019-2025 Pusan National University 釜山國立大學（韓國） 數學系 博士後研究員
2018-2019 國立台灣大學 數學系 博士後研究員
2015-2018 國家理論科學研究中心 數學組 博士後研究員
2013-2015 Korea Institute for Advanced Study (Center for Mathematical Challenges)（韓國）, Research fellow

專長:
• 複幾何
• 代數幾何

個人介紹:
My research focuses on applying analytic techniques to address problems in algebraic geometry over the complex field. More specifically, I study questions such as whether certain line or vector bundles over a given projective (or even compact Kähler) manifold admit non-trivial holomorphic sections, whether these sections have common zeros, and whether their derivatives span the tangent space. Such information is essential for the Minimal Model Program, a theory that seeks to classify projective manifolds—and beyond—in algebraic geometry. The main tools I employ include multiplier ideal sheaves of plurisubharmonic functions, Čech and Dolbeault cohomology groups, and the Ohsawa–Takegoshi L2 extension theorem

化學系－李培菱助理教授

學歷:
2021 美國西北大學化學系博士

專長:
• 有機化學
• 合成化學
• 材料化學
• 高分子化學
• 共價有機框架材料
• 超分子驅動奈米粒子組裝

個人介紹:
我的專長是化學，在合成高分子材料(hierarchically structured polymer)方面擁有豐富的經驗和成熟的具體研究成果。在本校化學系的研究主題是運用過去在結構設計方面的專業知識開展能夠環境感知及動態結構調整材料，使現有的合成系統從傳統的刺激響應材料(stimuli responsive materials)發展為具備自適應性材料(adaptive materials). 我將致力於建立一套獨立的原則，使合成材料能夠展現適應性材料的行為特徵。這些研究除對化學及材料領域在持續前沿性尖端物質分子的基礎研究目標一致，對本校聚焦五大優勢領域的永續科學、創新物質、分子生醫等領域之相關性研究亦具有重大關聯性，特別是在環保材料合成、可持續能源、智慧材料和生物相容技術等方面。

地質系－宇都宮聡(UTSUNOMIYA Satoshi)教授

學歷:
Ph.D. Mineralogy, University of Tokyo, March, 2000
M.Sc. Mineralogy, University of Tokyo, March, 1997
B.S. Geology, University of Tokyo, March, 1995

經歷:
2025-
Professor at Department of Geosciences, National Taiwan University
2007 – 2025
Associate Professor at Department of Chemistry, Kyushu University
2004 – 2007
Assistant Research Scientist at Department of Geological Sciences, University of Michigan
2004
Post-doctoral fellow at Department of Geological Sciences, University of Michigan
Senior research fellow at Department of Nuclear Engineering and Radiological Sciences, University of Michigan
2000 – 2004
Research fellow at Department of Nuclear Engineering and Radiological Sciences, University of Michigan

專長:
• Environmental Chemistry
• Mineralogy
• Geochemistry
• Radiochemistry

個人介紹:
Satoshi Utsunomiya is a Professor and Yushan Scholar in the Department of Geosciences at National Taiwan University (NTU). He received his Ph.D. in Mineralogy from the University of Tokyo under Professor Takashi Murakami, and then moved to the University of Michigan, working with Professor Rodney C. Ewing until 2007. He returned to Japan, spending 18 years at Kyushu University before recently joining NTU. Satoshi has made pioneering contributions to understanding cesium-rich microparticles (CsMPs) released during the Fukushima Daiichi Nuclear Power Plant disaster. Using advanced electron microscopy and isotopic analyses, he and his team uncovered the mechanisms of CsMP formation, the presence of fuel debris fragments, and the transport of radionuclides including uranium and plutonium. They developed quantitative methods to detect CsMPs in soil and indoor dust, providing critical insights into their environmental behavior and long-term risks. His work also examined CsMP dissolution in biological fluids, informing assessments of potential health impacts. These studies have laid the foundation for a new field of Advanced Nuclear Forensics to investigate and manage nuclear accidents. Satoshi was elected a Fellow of the Mineralogical Society of America in 2013 and a Geochemistry Fellow of the Geochemical Society and the European Association of Geochemistry in 2024. He received the Clair C. Patterson Medal (2024) and the MEXT Science and Technology Award (Research Category) 「文部科学大臣表彰科学技術賞（研究部門）in 2025. He also receives the Japan Association of Mineralogical Sciences Award 「日本鉱物科学会賞」this year.

地質系－陳奕維助理教授

學歷:
2021 休士頓大學博士(美國)

經歷:
2025- 國立臺灣大學 地質科學系 助理教授
2022-2025 德國慕尼黑大學 博士後研究員
2021-2022 美國休士頓大學 博士後研究員

專長:
• 大地構造
• 地球動力學

個人介紹:
我的研究聚焦於全球大地構造（plate tectonics）的重建。以地函的地震層析成像（seismic tomography）為基礎，我重建隱沒板塊的三維構造，並結合地函動力學（geodynamic modeling）加以制約，推演板塊的演化歷史，並與多種地質證據（包含地層、古地磁、地形及火成活動）進行比對與驗證。同時，我亦關注地函對流引發的地表地形撓曲，即動態地形（dynamic topography），並探討其在地質紀錄中所保留下的痕跡，藉以深入理解地球內部的動力過程。

大氣系－張瓊尹 助理教授

學歷:
2019 普林斯頓大學博士(美國)

經歷:
2023-2025 美國普林斯頓大學大學 大氣與海洋科學學程 副研究員
2021-2023 美國普林斯頓大學大學 大氣與海洋科學學程 博士後研究員
2019-2021 美國芝加哥大學地球科學系 博士後研究員

專長:
• Atmospheric and Oceanic Fluid Dynamics
• Idealized Modeling/Theory for Climate

個人介紹:

I am interested in knowing how the global circulation of atmosphere and ocean help maintain our climate at distinct equilibrium states, especially if we can develop fundamental theories to predict and model their evolution from first principles. To this end, I work on identifying and bridging the knowledge gaps between different members of climate model hierarchies, focusing on building models of varying complexity to provide a more complete and intuitive understanding of our climate.

IPCS－徐辛助理教授

學歷:
2022 喬治梅森大學博士(美國)

經歷:
2023/5-2025/7 美國Princeton University大學 博士後研究員
2023/1-2023/5 美國George Mason University大學 博士後研究員

專長:
• 水文氣候、
• 極端天氣事件
• 氣候變遷

個人介紹:
徐老師的研究興趣涵蓋全球水文氣候、極端天氣事件、陸地–大氣交互作用以及氣候變遷。他長期關注土壤濕度與蒸發散之間的耦合關係、乾旱與熱浪事件的增強機制，以及降水時序分佈對地表水資源的影響。其研究結合現地與衛星觀測資料、再分析產品與全球氣候模式模擬，強調資料驅動的分析方法。

IPCS－陳怡秀助理教授

學歷:
2016 格拉斯哥大學博士(英國)

經歷:
2020/3-2025/7 成功大學生命科學系 博士後研究員
2019/1-2019/12 中央研究院應用科學研究中心 博士後研究員
2016/8-2018/5 美國國家海洋暨大氣總署 博士後研究員

專長:
• 氣候變遷生物學
• 空間生態學
• 景觀生態學
• 生態模式建構、
• 人類活動衝擊下的生物分布改變

個人介紹:
研究興趣在於運用量化方法來深入探討人為環境變遷能如何重新形塑生物分布範圍，並尤其關注棲地破碎化及氣候變遷所能對野生動物族群帶來的潛在影響。研究致力於連結生態學理論與實務保育應用，並期望在快速變遷的環境中，能為生物多樣性保育提供科學化、具實證基礎的管理策略與政策建議。