Research
Our lab is focused on realizing and braiding particles, which are neither Fermions nor Bosons.
In the realm of condensed matter physics, where topology and correlations coexist, such particles can be realized, and are called Anyons.
This research is primarily realized in low-temperature studies of quantum materials whose reduced dimensionality enhances quantum effects. Our group focuses on assembly, fabrication, and various low-temperature transport techniques. Our main objective is to realize novel quantum phases and their anyonic excitations by utilizing van der Waals materials, stacked mono-atomic layers - reaching the extreme 2D limit.
Research page
News
![](/condmat/ronen/sites/condmat.ronen/files/2024-05/IMG_2651.jpg)
April 30, 2024
Good luck Lekshmi!
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Selected Publications
Strongly coupled edge states in a graphene quantum Hall interferometer
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