GRK 448: Modern magnetic resonance type methods in materials science

电子设备的技术进步，大量数据的数值处理革命，以及建造越来越强大的磁铁的新可能性，导致了磁共振类型方法在研究物质结构和动力学方面的潜力发生了巨大的演变。鉴于这一领域日益增加的复杂性，我们为我们的计划确定了以下目标：--教学：讲授广泛的现代磁共振类型方法及其应用的基础知识。--研究：通过应用各种磁共振类型技术中最合适的技术，在理论方法和替代实验技术的支持下，解决材料科学中的基本问题和实际问题。--方法：通过跨学科合作和在国际水平上向专家阐述，在团队中解决问题并获得额外的动力。

The technical progress in electronic equipment, the revolution in the numerical treatment of large amounts of data and new possibilities in the construction of more and more powerful magnets have led to an enormous evolution in the potential of magnetic resonance type methods for the investigation of structure and dynamics of matter. In view of the increased complexity in this field we have defined the following goals for our program:-- Teaching: Instruction of the basics of a wide spectrum of modern magnetic resonance type methods and of their application.-- Research: Solving fundamental questions as well as real problems in materials science by application of the most suitable among the various magnetic resonance type techniques, supported by theoretical methods and by alternative experimental techniques.-- Methodology: Solving problems in teams and gaining additional motivation via interdisciplinary cooperation and by exposition to experts on an international level.