Undergraduate Research
This project aims to computationally design and demonstrate a purely voltage-controlled magnetic skyrmions in magnetic nanostructures, without involving any electric currents. Thus the associated energy consumption will be kept at a minimum level (it can be as low as 10^-18 J!). However, this may happen only in a few nanoscale magnetic materials with suited size and geometry. We will use computational simulations to identify suited materials, size, geometry, operating conditions, etc., which can guide future experiments.
Poster
Benny and Sam presenting their poster - Predicting the thermodynamic stability of magnetic skyrmions in a FeGe nanodisk - with Minyi on the 21st Annual Undergraduate Symposium at UW-Madison.
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Dongxia, Jaehyeon, Zhinan, and Varun presenting their poster - Computational Design and Demonstration of Voltage Control of Magnetic Skyrmions - with Shihao on the 21st Annual Undergraduate Symposium at UW-Madison.
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