Electron Transfer Reactions: Mechanisms and Methods (Semi-Classical and Semi-Group)

西北大学的Mark Ratner得到了理论和计算化学计划的支持，该计划使用解析和数值方法来处理电子转移动力学中的非平衡效应。应用包括熔池动力学、混合的几何门控、相干和非相干区域之间的转换、速率的非简谐控制、泊松过程、速率常数转换和电子转移的控制方面。这项研究的最终目的是为理解和控制分子和凝聚相系统中动态主导的电子转移提供一个可靠的途径。电子传递是化学、生物化学和材料科学中最重要的过程之一，影响着腐蚀、风化和光合作用等各种现象。

Mark Ratner of Northwestern University is supported by the Theoretical and Computational Chemistry Program to use analytic and numerical methods in addressing non-equilibrium effects on electron transfer dynamics. Applications include bath dynamics, geometric gating of mixing, the transition between coherent and incoherent regimes, anharmonic domination of rates, Poisson processes, rate constant turnovers, and control aspects of electron transfer. Traditional models and newly developed methodologies will be utilized, in close collaboration with experimental efforts.The ultimate aim of this research is a reliable approach for understanding and controlling dynamically dominated electron transfer in molecular and condensed phase systems. Electron transfer is one of the most important processes in chemistry, biochemistry, and materials science, affecting phenomena as diverse as corrosion, weathering, and photosynthesis.