Welcome to the NanoΣky team
Our research lies at the intersection between nanomagnetism and topology. Our main scientific interests pertain to nanomagnetism and topology, magnetic skyrmions, spin-orbit coupling effects, skyrmion-based devices and X-ray imaging. Specifically, we focus on the rich physics of skyrmions and their technological applications (“Skyrmionics”) , on Spin-Orbit Coupling effects (“Spin-orbitronics”) and in general in the field of Spintronics.
Some of our contributions include the observation of skyrmion bubble states and topologically trivial states and predictions on the dynamics of skyrmionic configurations, the demonstration of the gigahertz eigenmode dynamics of skyrmion bubbles and their unexpectedly large inertia and the observation of nanoscale skyrmions at room temperature.
- Yu Li
I am a full-time PhD student in NEST Group, School of Computer Science. My supervisor is Dr. Christoforos Moutafis, and co-supervisor is Prof. Jim Miles.
My research interests lie in computational studies in the area of skyrmionics devices, ranging from field-induced phase transition of B20 FeGe Skyrmion lattice, stability and anisotropy of multilayer skyrmionic structures, and effect of Ruderman–Kittel–Kasuya–Yosida (RKKY) coupling between interlayers.
At the meantime, I also have board collaborations with many experiment groups in ETH Zurich and Paul Scherrer Institute (PSI).
Email Address: email@example.com.
- Yuzhe Zang
PhD student in Computer Science at the University of Manchester
Supervisor: Dr. Christoforos Moutafis
Co-supervisor: Prof. Tom Thomson
- Cory Emmerson
Cory Emmerson is a full-time PhD student in the NEST Group, School of Computer Science. His supervisor is Dr. Christoforos Moutafis, and co-supervisor is Prof. Tom Thomson.
My primary research focus is the development and study of skyrmion-based storage devices. The bulk of this work pertains to advancing magnetic multilayer/thin-film patterning techniques and investigating material systems capable of nucleating and propagating skyrmions.
I am funded by the EPSRC through the Graphene NOWNANO CDT.
Email Address: firstname.lastname@example.org.
- Runze Chen
PhD Project: Skyrmions for novel computations and skyrmion-based electronics, especially on modelling skyrmion-based nano-devices with logic/computing and memory functionality using a micromagnetics framework as well as developing circuit models for these devices towards their integration with vanilla CMOS technologies.