We published a brief commentary on the excellent paper of Zhang et al. (Nature Nanotech 2025), regarding STM measurements on rhombohedral graphite. They show that the electron – electron interaction strength increases as we keep adding graphene layers to the system. It’s available next to their paper in the latest issue of Nature Nanotechnology.
Read MoreJoin us as a Postdoc, tailoring the stacking of few-layer graphene at the atomic scale for novel quantum phases and exploring new correlated states.
Read MoreAlso known as ABC graphite, this quantum material hosts a flat band at its surfaces, leading to the emergence of new correlated phases of matter, including the recently discovered fractional Chern insulator. A major bottleneck in the exploration of this material is the identification of samples with prefect rhombohedral or ABC stacking. Our group has […]
Read MoreOur group has developed RHKPY, a python tool designed to read sm4 files of RHK, leveraging the work of the rescipy project. It makes use of xarray and HoloViews to simplify complex data handling tasks. Among its features, RHKPY offers quick visualization, thumbnail generation, peak fitting to spectroscopy data, background removal, etc. In the Jupyter […]
Read MoreOur group has published ramantools, a Python package designed to streamline Raman spectroscopy data analysis. By leveraging the power of xarray, ramantools offers an intuitive and efficient workflow for handling, processing, and visualizing Raman data. Source is available from GitHub. Documentation and examples can be found here: github.io/ramantools. Happy measuring 🙂 If you use this […]
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