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of twisted quantum materials and two-dimensional correlated electron systems. This project covers a wide range of areas, including advanced van der Waals materials, moire quantum matter, superconductivity
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liquid phases have been predicted. It can be realized using atoms with two valence electrons, such as ytterbium or strontium. To investigate such SU(N) physics, our group has developed a quantum-gas
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probing the many-body quantum wavefunction of correlated electronic states. This new quantum simulator platform may unravel the microscopic nature of high-Tc superconductivity and other correlated electron
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to cancer research (e.g. mammalian cell cultures, spheroids, cell viability assays and cellular internalisation and trafficking studies) using a variety of microscopic techniques (such as fluorescence