北京清华大学高精尖研究中心
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说明: The direction of key scientific research is the study of novel quantum phenomenon in topological insulators and magnetic heterostructure. It explores the precision regulation of topological insulator’s magnetic ordering and spin transport behavior through the interface and external electric field; and the increase of the temperature of quantum anomalyHall effect through optimizing the material system. Based on this new material system of magnetic topology, it develops resistive and magnetic future storage devices and chips. Key issues to be resolved include the preparation of heterogeneous structures of high-quality composite magnetic topological insulators, the processing of micro-nano devices based on V-VI semiconductor materials, and the combination of topological insulator devices and ...
说明: The reconfigurable computing processor has significant advantages in terms of energy efficiency and functional flexibility, and is the most important computing architecture and form for mobile computing and interconnection applications. The study will build a world-class R & D team devoted to reconfigurable computing in such fields, including automation design, field programmable logic array, and low power consumption design. It carries out the study of basic theory of reconfigurable computing and dynamic programmable reconfigurable devices, with the focus on tackling such key technologies as computing array, chip architecture and automatic compilation; breakthroughs in traditional computing model, innovation of the computing architecture, and completion of hardware architecture and pr...
案例名称: Microsystem chip
说明: Micro-system technology represented by MEMS encompasses a host of cutting-edge technologies. It is itself the result of innovation in modern science and technology. Talent introduction and team building in the field of micro-system will help promote the implementation of disciplinary integration strategy and create a diversified MEMS micro-system talent team. On this basis and centering around the intelligent micro-system, singe integrated chips that integrate  sensing, processing, communication, and energy will be the direction of key scientific research. It aims to address a slew of key scientific problems including cross-scale and multi-domain system-level mathematical modeling methods, integrated sequential design theory and methods for complex MEMS chips, as well as high-density ...
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Address: Beijing Innovation Center for Future Chip, Building A, 3# Heqing Road, Haidian District, Beijing, China
Telephone: 010-62788711
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