Theoritical investigations of self-assembled functional materials

我的研究兴趣集中在固体表面的自组装领域，这是纳米器件制造中的一个核心问题。 实验技术的进步使科学家能够在单个分子水平上研究自组装。 这些调查提供了许多重要问题的答案，并揭示了新的和有趣的问题的存在。 获得一个彻底的理解，从而提高控制自组装现象的可能性是一个自下而上的方法，以纳米技术的核心重要性的问题。要想清楚地了解自组装过程中出现的结构，许多困难是由于所涉及的系统的复杂性。 它们表现出许多自由度（它们可以以许多不同的方式聚集在一起）和许多竞争性的相互作用，这些相互作用联合收割机结合起来产生了多种多样的最终结果。 获得自组装机制全局图的一种方法是将系统分成较小的、相对独立的域，这些域可以单独分析。我们的研究计划旨在分离和研究自组装的基本方面，重点是分子环境（溶剂，表面，协同效应）对新兴结构的影响。 一些研究将涉及手性分离固体表面上，但我们的许多结果将更普遍适用。

My research interests have as their focus the field of self-assembly at solid surfaces, a central issue in nanoscale device fabrication. Advances in experimental techniques have allowed scientists to investigate self-assembly at the level of individual molecules. These investigations have provided the answers to many important questions, and brought to light the existence of new and interesting questions. Gaining a thorough understanding and therefore raising the possibility of controlling self-assembly phenomena is a problem of central importance in the bottom-up approach to nanotechnology. Many of the difficulties in developing a clear-cut picture of the structures emerging during self-assembly are due to the complexity of the systems involved. They exhibit many degrees of freedom (they can come together in many different ways) and many competing interactions which combine to produce a large diversity of final results. One way to get to a global picture of self-assembly mechanisms is to separate systems into smaller, relatively independent domains which can be analyzed individually. Our research program is aimed at isolating and investigating fundamental aspects of self-assembly, with a focus on the effect the molecular environment (solvent, surface, cooperative effects) has on the emerging structures. Some of the research will involve chiral separation on solid surfaces, but many of our results will be more generally applicable.