北京清华大学高精尖研究中心
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Basic research of future chip technology

Date: 2017-03-06
浏览次数: 80

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 traditional chip technology, and so on.

Expected major achievements include:

1) increase the temperature of the quantum anomaly Hall effect by two orders of magnitude on the initial basis;

2) realize the quantum anomaly Hall effect in the ternary material system;

3) develop magnetic storage device prototype based on magnetic topological insulator.

Case / Latest case
2018 - 05 - 14
点击次数: 46
Prof. Shaojun Wei Gives a Keynote Speech at the 54th Design Automation Conference, Team Essay Shortlisted as the Best Paper CandidateOn 19 June, Prof. Shaojun Wei gave a 30-minute speech titled a...
2017 - 05 - 16
点击次数: 159
On May 12,Professor He Qian and Huaqiang Wu’s research group at the Institute of Microelectronics, published a research article entitled "Face Classification using Electronic Synapses " in N...
2017 - 02 - 24
点击次数: 121
The “12thFive-Year Plan” Science and Technology Innovation Achievement Exhibition under the theme of “Innovation-Driven Development, and Science &Technology Leading the Future” was held at Beijing...
2017 - 03 - 03
点击次数: 90
Recently, the Center’s research team headed by Prof. Liu Yongpan and Prof. Yang Huazhong has completed the development of a non-volatile processor chip based on resistive memory device. By introducing...
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