FOR 404: Oxidic Interfaces

研究的主要对象是过渡金属氧化物的界面和表面，主要以薄膜的形式存在，其特点是部分占据了d能级，因此可能会产生有趣的磁性和铁电性质。研究内容包括电子结构和几何结构、电输运性质、铁电和磁畴结构的形成和有序。这些项目分为两个领域：结构与磁性领域和交通与动力学领域。这项研究主要集中在氧化物薄膜及其界面的制备和表征、磁性和铁电有序及其动力学的测量、磁性输运、电子结构和这类系统的非线性光学性质的研究。

Main subject of the investigations are interfaces and surfaces of transition metal oxides mainly in form of thin films, which are characterized by partial occupation of d levels and therefore may develop interesting magnetic and ferroelectric properties. The research concerns the electronic and geometric structure, electric transport properties, the formation of ferroelectric and magnetic domain structures and order. The projects are devided into two areas "structure and magnetism" and "transport and dynamics". The research concentrates on preparation and characterization of thin oxide films and their interfaces, on the measurement of magnetic and ferroelectric order and their dynamics, on magnetotransport, on theelectronic structure and on the investigation of the non-linear optical properties of such systems.