Solar driven water splitting is scientifically and industrially of significance as it promises an efficient pathway for green H2 production, leading to substantial CO2 emission reduction. However it…

化学指南针假说已经成为磁场指引候鸟迁徙行为的化学基础，但是磁场如何影响化学反应仍然是一个未知之谜1。随着量子力学在化学领域的不断深入，人们开始探索磁场调控化学反应以及在活细胞中调控相关生物化学反应。…

　Sixty years ago, Richard Feynman's seminal talk envisioned the possibilities of atom-by-atom assembly, laying the groundwork for nanoscience and nanotechnology. Utilizing atomic-scale chemistry to…

In the past few decades, research on two-dimensional materials have been driven by unprecedented electronic and optical properties, which project new functionalities that may impact future viable te…

氢能是一种绿色低碳、应用前景广阔的二次能源，其利用已纳入我国《国家创新驱动发展战略纲要》等战略规划。相比石油裂解和水煤气法，电解水制氢纯度高、碳零排放，是实现双碳目标的关键技术。然而电解水制氢面临两…

手性科学与技术研究是服务于药物和精细化学品等手性物质的创造，与人类健康、高品质生活和生命起源等密切相关。在通常的化学合成中，物质的两种镜像对映体出现的比例是相等的。多相不对称催化和手性分离有望成为制…