报告题目：New effects based on the control of nanospace disruptive materials for energy storage and energy transformation

报告人：Markus Antonietti教授 马普所

时间：2026年10月14日（周三）9:00-9:40

地点：化工学院四楼报告厅

报告人简介：

Markus Antonietti，德国马普胶体与界面研究所所长、教授，瑞典工程院外籍院士。长期从事纳米空间调控、共价碳材料以及能源存储与转化等领域研究，在新型钠硫电池、无贵金属水电解等方向取得了系列创新成果。近40年来在材料化学与高分子化学领域发表学术论文约1200篇，总引用超过21.5万次，H因子230，其前团队成员中已有约120人在世界各地担任教授职务。曾获德国基础科学最高功勋奖章、德国化学会Liebig奖章、英国Macro Group终身成就金质奖章等重要荣誉，在国际材料化学、聚合物化学和可持续能源材料领域具有广泛学术影响力。

报告摘要：

Covalent Carbon materials with their high surface area and abundant functionality, best made from simple circular starting products, are a powerful case to illustrate the potential of so-called “energy materials”. Here, the notation “carbon” is rather broad and includes a diversity of covalent organic compounds with different composition, architecture, textures and the related properties. A common denominator is however that all these systems are insoluble, rather inert solids, where the beauty of chemistry lies in enabled nanostructure control. This report will show that such carbons, sometimes combined with single metal atoms, are chemo-, photo- and electrocatalytically active and show even enzyme-like activity for some very unusual reactions. The model cases include a new Na-S battery type which promises 6 times higher energy densities at a significantly lowered per kg prize, as well as the noble metal free water electrolysis, then ready for salt water electrolysis.