Silicon double quantum dot device technologies for spin-based quantum information processing applications via spin-blockade

使用独特的硅双量子点器件，以及目前正在制造的其他新型量子点器件，一个目标是观察自旋封锁，从而证明自旋可以在这些器件中被操纵和控制，并与日本理研研究所合作，在自旋封锁电子传输应用中对我们的器件进行基准测试。然后，在此基础上，另一个项目目标是探索量子点之间的电子自旋相互作用，以更深入地了解状态之间的耦合，与工业伙伴日立-剑桥实验室合作开发自旋量子比特器件。

Using unique silicon double quantum dot devices, as well as other novel QD devices currently under fabrication, one objective is to observe Spin-Blockade, and therefore demonstrate that spin can be manipulated and controlled in these devices, with the ambition of benchmarking our devices in spin-blockade electron transport applications, in collaboration with RIKEN Institute. Then, building on this, another project objective is to explore electron spin interactions between quantum dots to gain a deeper understanding of the coupling between states, in collaboration with industrial partner Hitachi-Cambridge Laboratory on the development of spin-qubit devices.