Advanced functionality with three dimensionally controlled nanostructures

…互补的专业领域的结合将允许在图案纳米结构中实现高级功能。例如，这种功能将在理想的双层结构中得到证明，其中不仅从正面而且从背面获得全栅极可控性。双层系统的研究对基于半导体的量子信息处理具有深远的意义。日德两国的专家将在自旋注入、新型管半导体和半导体纳米机械系统方面进行令人兴奋的实验。因此，新发展的自旋电子学和纳米力学对未来的科学技术具有重要意义，可以预见，该项目的成果将对半导体纳米电子学产生世界性的影响。

...A combination of the complementary fields of expertise will allow to achieve advanced functionality in patterned nanostructures. Such functionality will be demonstrated in, for example, ideal bilayer structures, where full gate controllability is obtained not only from the front side but also from the back. The studies on bilayer systems have far-reaching implications for semiconductor based quantum information processing. The combined Japanese-German expertise will allow for exciting experiments on spin injection, novel tube semiconductors and semiconductor nanomechanical systems. Thus newly developed spintronics and nanomechanics, will be of great significance for future science and technology and it is foreseeable that the results of this project will have a worldwide impact on semiconductor nanoelectronics...