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“材化讲坛”第51讲——The Power of Topology in Emerging Matter Science

2024-01-02  点击:[]

报告时间:2024141400

报告地点:博彩导航 1227会议室

报告人:黄虎彪

报告人简介

2017年东京大学博士,2017-2019年东京大学博士后,目前为东京大学化学与生命系助理教授,日本理化学研究所终身研究员,同时与四院院士Takuzo AIDA教授一同参与顶级学术期刊Science的预审编辑工作。其研究方向主要聚焦于以下四个方向:(1)多孔材料的组装及传质研究;(2)晶体拓扑缺陷; (3)创新型拓扑超分子聚合材料;(4)药物运输及核磁成像。以第一或者通讯作者在Nat. Nanotechol. Nat. Commun.J. Am. Chem. Soc.等国际著名学术期刊发表多篇论文。授权中国发明专利1项,日本发明专利2项,并已转让给相关公司。他引超过2600次,其相关成果被美国化学会旗舰期刊JACS SpotlightsMembrane Technology杂志作为Feature/Research Trends报道。主持或共同主持日本学术振兴会科研费Grant-in-Aida for JSPS Fellows项目1项 (2015-2018, 东京大学-清华大学国际合作项目1项(2018-2020),日本理化学研究所国际合作基金 (2022–2027),日本学术振兴会特別推進研究(2023–2028)。获GRC Travel Grant3M Innovation AwardRiken CEMS AwardCEMS Rising Award、国家优秀自费生留学生奖、BASF Rising Star Award等诸多奖项。

报告摘要:

Topology is one of the crucial mathematical languages that describes the original spatial properties retained by objects under continuous deformations such as stretching, bending, and twisting. In the field of polymer science, topology is gradually emerging as a novel approach for the preparation of new materials and the modulation of material properties. Therefore, we will delve into the concept of "the power of topology in emerging material science," emphasizing how to leverage the complex geometry and connectivity features of polymers to design innovative materials with distinct characteristics. Through topological control, we can tailor the optical, electrical, thermal, and mechanical properties of new materials. Furthermore, we look forward to its novel considerations in addressing global plastic pollution.


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