News
5, Jan 2024
I have permanently moved to the Institute of Advanced Study in Physics, Zhejiang University. My Chinese homepage can be found here.
Please contact me by email (hyyuan@zju.edu.cn) if you are interested in joining our group for PhD study, Postdoc or short-term visiting.
16, Oct, 2023
The work collaborated with Peng Yan group on the nonlinear topological magnon spin Hall effect was published in Physical Review Letters as Editors's suggestion. Here we show that nonlinear scattering of magnons and skyrmions in antiferromagnets leads to a spin Hall effect that emerges from real-space topology.
26, June, 2023
Our work on the control over magnon bundle state in a hybrid magnet-qubit system was published in Physical Review Applied as Editors' suggestion. Here we show that a wide class of magnetic materials with moderate and large damping can also find their roles in quantum magnonics.
30, May, 2023
Our book chapter on quantum magnonics was available online. This reference should be a useful source for those entering, researching, or teaching in the interdisciplinary of magnon spintronics and quantum information.
10, Dec, 2022
Our work on the realization of magnonic Klein paradox was published in Physical Review Applied. Here we first propose the concept of antimagnons and show how the interplay of magnons and antimagnons can be uttilized to amplify spin current based on the Klein paradox. A perspective on antimagnonics can be found in our recent preprint.
Nov, 2022
Our paper on quantum magnonics was selected as a Highly Cited and Hot Paper on Web of Science.
12, Sep, 2022
Our work on the pure dephasing of magnons with colleague from the IFIMAC - Condensed Matter Physics Center was published in Physical Review B as a Letter. We first identify the channel of pure dephasing of magnon quantum states even in the absence of magnon relaxation.
31, Aug, 2022
The work on twisted magnon frequency comb and magnonic Penrose superradience collaborated with Yan group was published in Physical Review Letters. This finding may open the door to study the fundamental physics of rotating black holes in magnonic platforms
11, Aug, 2022
With collaborators from Shinshu University and Los Alamos National Laboratory, we host a special issue on magnetic skyrmions in Frontiers in Physics from 2021-2022. Now all the articles are accessible online for free. We hope that the collection of works will not only advance our understanding of skyrmion physics but also inspire more interest from the community.
13, July, 2022
Huaiyang presented the work on quantum magnonics in the Physics Report Seminar Series. The recording is accessible to the general audience for free. Please click this LINK if you are interested.
25, April, 2022
Our comprehensive review of quantum magnonics with colleagues from the IFIMAC - Condensed Matter Physics Center and the University of Electronic Science and Technology of China was published in Physics Reports. News to advertise this review can be found here in Chinese and here in English.
13, July, 2021
Our work on magnon frequency comb with colleagues from the University of Electronic Science and Technology of China was published in Physical Review Letters. An easily understandable way of the physics behind was given in ScienceX news.
15, Feb, 2021
Huaiyang has successfully acquired the prestigious Marie-Curie Individual Fellowship and the news of Utrecht University can be found here. Congratulations!
Nov, 2020
Our paper on the Bell state generation between magnons and photons was selected as a Highly Cited Paper in Web of Science.
9, Sep, 2020
Our work on the magnon antibunching was published in Physical Review B as a Rapid Communication and was selected as Editors' Suggestion.
26, May, 2020
Our work on twisted magnons as a magnetic tweezer collaborated with colleagues at University of Electronic Science and Technology of China was published in Physical Review Letters.
1, Feb, 2020
Huaiyang started the research at Utrecht University.