报告摘要：　　星际分子可伴随存在于恒星生命周期的诸多阶段，如恒星星周与星际介质的物质转换，弥散/致密分子云到原恒星与原行星盘甚至于成熟的恒星系统（如太阳系）的形成等，因此探索星际分....

Abstract:　　Electrochemical conversion of CO2 and H2O to value-added chemical feedstocks and fuels, powered using renewable electricity, provides a sustainable and carbon-neutral....

Abstract：　　Alkyl radicals are important intermediates in hydrocarbon combustion. The ultraviolet (UV) photodissociation dynamics of a series of prototypical alkyl radicals (ethy...

报告摘要：　　电子在蛋白质分子中的输运普遍存在于真核生物呼吸链反应、植物光合作用及细菌胞外电子传递等重要生命活动过程中，但目前已知的蛋白电荷输运现象主要发生在含氧化还原活性中心的一...

报告摘要：　　单分子时空分辨测量技术是现代电子学领域的重点研究方向之一。其中，量子力学隧穿器件利用高局域的电子隧穿效应，可用于探究和理解分子的电学特性。然而，目前隧穿器件的制备方法...

报告摘要：　　生物大分子的动态行为在生命活动中具有重要作用，在单分子水平对其进行质量表征和分析有助于理解复杂的生物过程，例如蛋白质的折叠与聚集、蛋白质与核酸的相互作用等。传统的质谱...

Abstract：　　Understanding excited state phenomena is at the heart of many important materials problems, such as photovoltaics, photocatalysis, plasmonics and quantum information....

Abstract:     　　``Moiré’’ materials produced by stacking monolayers with small relative twist angles are of intense current interest for the range of cor...

报告摘要：　　自旋是电子的内禀属性之一，在晶体的布洛赫周期势作用下可以和轨道运动以及（或）晶格产生耦合效应，其中自旋轨道耦合（Spin-Orbit Coupling, SOC）是凝聚态中众多奇特物理现象的...

Abstract:　　Vibrational Strong Coupling (VSC) between molecular vibrational modes and microcavity photon modes yields a few polaritons (light-matter modes) and many dark modes (wi...

Abstract: 　　Bilayer materials may support condensates of interlayer excitons formed by electrons in one layer and holes in the other. The condensates are often induced by a....

报告摘要：　　催化在能源、环境和人类日常生产生活中发挥着不可替代的作用，而高性能催化剂的研发是该领域的重要研究方向之一。随着超级计算机算力的提高、量子力学方法和人工智能方法的飞速发...

报告摘要：　　催化科学与技术在能源的开发及利用中至关重要，揭示重要催化过程如石油化工、生物质转化、电催化等过程的微观机制是催化科技发展之关键。理论计算在催化机理理解以及性能预测方面...

报告摘要：　　For magnetic oxides, competition between various types of exchange interactions has often led to striking physical properties that are highly tunable by external fiel...

Abstract: 　　Photocathodes—materials that convert photons into electrons through the photoelectric effect (explained by Einstein)—are important for many modern technologies t...

Abstract　　In most water electrolysis technologies, the proton source is from the water. Because of use of highly active precious metal catalysts Pt and Ir, there is a strict requ...