报告题目 (Title)：A New Paradigm for Designing Next-Generation Nanoporous Materials for Energy and Biomedical Applications（面向能源与生物医学应用的下一代纳米多孔材料设计新范式）
报告人 (Speaker)：Shahriar Hossain 副教授（昆士兰大学）
报告时间 (Time)：2026年6月8日（周一）9:30-11:00
报告地点 (Place)：宝山校区G601
邀请人(Inviter)：任龙
主办部门：量子科技研究院/理学院物理系
报告摘要：
In this talk, Professor Shahriar Hossain will introduce the mission and vision behind “Materials Nanotectonics”—a pioneering conceptual framework for designing advanced functional inorganic nanospace materials. This new paradigm focuses on engineering high-surface-area nanoporous materials that offer abundant functional sites, enhancing performance across a range of critical applications, including energy storage, catalysis, targeted drug delivery, and biosensing. Recent advancements in soft templating, using amphiphilic surfactants and block copolymers, have enabled the creation of mesoporous structures in diverse materials like metals, metal oxides, and carbon-based compounds. Notably, mesoporous metals are particularly promising for electrocatalysis, as their complex porous networks reveal a multitude of unsaturated atoms on high-index facets, offering exceptional catalytic activity. During this talk, he will discuss the design strategies, synthesis and characterization of these nanoengineered porous materials—specifically those with magnetic, electronic, and plasmonic properties—and explore their potential applications in supercapacitors, precision drug delivery, and biosensing technologies.
