News Express: UM honorary doctor gives talk on advanced materials microstructures
新聞快訊：澳大榮譽博士談先進材料顯微結構
張澤
Ze Zhang
澳大榮譽博士談先進材料顯微結構
澳門大學今（28）日舉辦“澳門大學榮譽博士講座”，由澳大榮譽理學博士、材料科學晶體結構領域權威學者張澤以“模擬服役條件下先進材料性能的顯微結構原位研究”為題發表演說，分享其在準晶體及其他功能納米材料獨特顯微結構的研究成果，並展望其前景及應用。
澳大副校長葛偉致辭時表示，張澤是傑出顯微物理學家、準晶體研究領域的先驅者之一；其開創性研究集中於微觀結構及其對物理性質的影響，研究成果極大促進了材料科學領域的發展，並影響人類對納米結構行為及其實際應用的理解。澳大於2014年成立的應用物理及材料工程研究院具備跨學科特色，兼備基礎建設和應用研究，致力為未來的技術挑戰開發現實的解決方案。納米材料及量子器件作為該研究院的核心研究領域之一，與講座主題緊密貼合。
張澤在講座上表示，先進材料及功能器件的研發涉及多項技術突破，當中確定材料的微觀結構及其演化規律尤為關鍵。他強調，在研究過程中不應拘泥於現有知識，須獨立提出新方法和新理論，尋求可行的解決方案。此外，張澤還對原位研究低維納米材料在載荷等外場作用下的結構演變、新異性能及其未來應用作出展望。
澳大校董會主席林金城出席講座並向張澤致送紀念品。問答及交流環節由澳大應用物理及材料工程研究院副院長孫漢東主持，張澤與參會者交流互動，討論氣氛熱烈。
其後，張澤與澳大代表交流會談，了解澳大在科研佈局、人才培育、成果轉化等方面的最新發展。張澤讚揚澳大在先進材料及功能器件領域的研究成果，並就學科發展、未來規劃等議題與澳大代表展開討論。
張澤現為浙江大學材料科學與工程學院教授、《國家重點基礎研究發展計劃》首席科學家。他曾獲多項享負盛譽的國家級科技獎項，包括國家自然科學獎一等獎、何梁何利基金科學技術獎、中國青年科學家獎等。
欲瀏覽官網版可登入以下連結:
https://www.um.edu.mo/zh-hant/news-and-press-releases/press-release/detail/62756/
UM honorary doctor gives talk on advanced materials microstructures
The University of Macau (UM) held a UM Doctor honoris causa Lecture today (28 November). Ze Zhang, recipient of the Doctor of Science honoris causa from UM and a leading scholar in crystal structure in materials science, delivered a talk titled ‘In-Situ Microstructure Study on Property Variation of Advanced Materials under Simulated Service Condition’, where he shared his research findings on the unique microstructures of quasicrystals and other functional nanomaterials, as well as their potential applications.
In his introduction of Prof Zhang, UM Vice Rector Ge Wei highlighted Prof Zhang’s achievements as an outstanding microphysicist and a pioneer in quasicrystal research. Ge emphasised that Prof Zhang’s pioneering work has significantly advanced the development of materials science and greatly influenced the understanding of nanostructure behaviour and its practical applications.
During the lecture, Prof Zhang discussed key technological challenges in the research and development of advanced materials and functional devices, noting that accurate characterisation of microstructures and their evolution is essential. He stressed the need for researchers to go beyond established frameworks and propose new methods and theories to address unresolved problems. He also presented forward‑looking insights into structural evolution, emerging properties, and prospective applications of low‑dimensional nanomaterials subjected to external fields, including in-situ mechanical loading.
Lam Kam Seng Peter, chair of the University Council of UM, attended the lecture and presented a souvenir to Prof Zhang. The event concluded with a Q&A and discussion session moderated by Sun Handong, associate director of the Institute of Applied Physics and Materials Engineering at UM, during which Prof Zhang actively engaged in discussions with participants.
To read the news on UM’s official website, please visit the following link:
https://www.um.edu.mo/news-and-press-releases/press-release/detail/62756/