Speaker: Mark Rudner (U Washington) “Dynamical quantum materials” When pushed out of equilibrium, quantum materials can host interesting types of internal fields -- dc or ac electric fields, currents, etc., […]
Speaker: Tomoya Higo of U. Tokyo Title: Electrical manipulation and detection of topological states in heterostructures based on the Weyl antiferromagnet Mn3Sn Abstract: Various elementary particles previously proposed in high-energy […]
Speaker: William D. Ratcliff of NIST Title: "Applications of Artificial Intelligence to Neutron Scattering” Abstract: Neutron scattering is a versatile technique for studying the structure and dynamics of materials. Unfortunately, […]
Host: Yaojun Zhang
Special Condensed Matter Seminar Speaker: Allen Scheie Title: "The old and the new: Probing elemental gadolinium and quantum entanglement with neutron scattering" Abstract: Doing experiments on quantum materials often not […]
Title: New Pathways for Topological Flat Bands, and Roton Condensate in Fractional Quantum Anomalous Hall Systems Abstract: Recent studies on topological flat bands in moiré superlattices have revealed fascinating new […]
Title: Moiré magnetism in twisted two-dimensional magnets Abstract: Moiré superlattice emerges from the interference between two mismatched atomic lattices, and it has led to tremendous success in designing and tailoring the electronic states in […]
"Programmable Emulsions By Design" Presented by Jasna Brujic, a leading soft condensed matter experimentalist from NYU
Host: Yi Li Critical Filaments and Fractal-Mediated Superconductivity in Quasiperiodic Twisted Bilayer Graphene The electronic properties of quantum materials depend on the symmetry, topology, and spatial structure of electron wave […]
Title: Neutron studies of SrCu2(BO3)2 under extreme conditions–a fruit fly for quantum many body physics Abstract: Neutron spectroscopy offer a unique insight into the emergent quantum phases and entangled dynamics […]
Title: Tensor network simulation in strongly correlated systems: past, present and future Abstract: Tensor network states are new kinds of variational wavefunctions that help us to understand quantum phases […]
Title: “Topological Crystalline Markers for Rotational-Symmetric Insulators” Abstract: “Topological insulators are materials with unique properties, featuring gapless boundary modes despite having a gapped bulk. When translational symmetry is intact, their […]