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In our latest PRL work, we formulate a novel method for efficient modelling of hyperbolic lattices. Simultaneously, two associated software packages have been publicly released to make the technique accessible to the broader community.
Our group published a paper in Nature Communications presenting a strategy for verifying that electric circuits can emulate the physics of negatively curved spaces and demonstrate that electric circuits, designed by the electronics workshop, can do so efficiently.
Our theoretical work extends the paradigm of topological insulators to areas which were previously thought to contain only trivial insulators.
Our latest work, published as a PRB Letter, reveals a previously unknown and robust conversion of triple nodal points into linked nodal lines.