GRK 788: Hydrogen Bonding and Hydrogen Transfer

氢键与氢转移的多学科研究领域在本研究训练组中进行研究和发展。氢键是分子之间的弱键，并且它们通常导致形成较大的分子聚集体。生物重要分子的三级结构通常由分子内氢键决定。氢转移过程对于这种分子聚集体和大分子的动力学是决定性的。这些现象通过各种方法进行研究：理论物理、理论化学和生物学方法，合成有机化学方法，X射线和中子衍射方法，同步辐射和飞秒范围内的紫外/红外激光光谱方法，时间分辨ESR和光谱方法，以及固态和液态NMR光谱方法。奖学金学生受益于两名导师的指导，在所有学生和同事的共同研讨会上，很容易建立与其他研究领域的联系。最后，在化学研究所，研究培训小组是国际博士课程的一部分（由DAAD支持），除了狭义的科学研讨会外，还为学生提供科学写作（英语）和演示的语言课程和练习。

The multidisciplinary research field of hydrogen bonding and hydrogen transfer is studied and developed in this research training group. Hydrogen bonds are weak bonds between molecules, and they often result in the formation of larger molecular aggregates. The tertiary structure of biologically important molecules is often determined by intramolecular hydrogen bonds. Hydrogen transfer processes can be decisive for the dynamics of such molecular aggregates and of macromolecules. These phenomena are studied by means of a variety of methods: methods of theoretical physics, theoretical chemistry and biology, of synthetic organic chemistry, of X-ray and neutron diffraction, of synchrotron radiation and UV/IR laser spectroscopy in the femtosecond range, of time-resolved ESR and optical spectroscopies as well as solid-state and liquid-state NMR spectroscopy.The scholarship students benefit from tuition by two supervisors, and in common seminars of all students and associates connections with other research areas are easily established. Finally, at the Institute of Chemistry, the research training group is part of the international PhD Programme (supported by DAAD), where beside the scientific seminars in the narrow sense, also language courses and exercises in scientific writing (in English) and presentation are available to the students.