Join us as a Postdoc, tailoring the stacking of few-layer graphene at the atomic scale for novel quantum phases and exploring new correlated states.
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Our STM measurements reveal a degenerate many-body ground state in the flat band of rhombohedral graphite. The system at charge neutrality is possibly the simplest crystal hosting quantum magnetism, forming a new experimental platform to study strongly correlated electrons.
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Using scanning tunneling microscopy (STM) measurements, we have observed the closing of the topological gap in the van der Waals material ZrTe5, by applying mechanical deformations to it in the form of bubbles.
Read MoreThe result of our collaboration with the group of Prof. Yanpeng Qi at ShanghaiTech University has just been published in npj Quantum Materials. Our work reveals that Pt2HgSe3 (jacutingaite) transforms to a monoclinic structure (space group Pc), above 55 GPa and at the same time becomes a superconductor.
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Pt2HgSe3 is a layered, van der Waals mineral, called jacutingaite. It was discovered in 2008 in Brazil [1] and the monolayer has been predicted to be a large gap topological insulator [2]. Our group has been able to detect signatures of the predicted topological edge states, within a bulk gap that is larger than 100 […]
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