Design of magnonic molecules based on spin cavitronics systems

本计画的目的是探索以自旋光腔电子学系统为基础的人工分子设计。在本项目的实施过程中，进行了大量的研究工作，发表了两篇学术论文，一篇发表在Physical Review B上，是关于手征腔极化激元的预测，另一篇发表在Journal of the Physical Society of Japan上，是关于声表面波的单向泵浦。在这个项目中，研究人员被邀请撰写关于磁体之间的间接耦合的章节。本章将在2021年Magnonics路线图上发布。另一项关于基于磁纹理的神经形态计算的研究也得到了该项目的支持，正在提交中。

The purpose of this project is to explore the design of artificial molecules based on spin cavitronics systems. During the excution of this project, reseearch is conducted and two academic papers are published, one of which is published on Physical Review B about the prediction of chiral cavity polaritons and another one is published on Journal of the Physical Society of Japan about unidirectional pumping of surface acoustic waves. During te project, the researcher has been invited to write chapter about indrect coupling between magnets. The chapter is to be published on 2021 Magnonics Roadmap. Another research about magnetic texture based neuromorphic computing is also supported by the project and is under submission.