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Probing the electronic structure of $\mathrm{UTe}_2$ with ARPES and high-energy spectroscopy
$\mathrm{UTe}_2$ has emerged as one of the most intensively studied strongly correlated materials in recent years owing to its unconventional superconductivity and the possible realization of a spin-triplet, topologically nontrivial pairing state. A central open issue concerns the nature of the $\ma
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