Experimental demonstration of collective radiative enhancement in rare-earth ions via geometry-engineered nanohole arrays on lithium niobate, distinct from single-emitter Purcell effects.
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Generalizes positivity theorems of Popa-Wu and Popa-Schnell for Hodge modules and Higgs bundles to smooth proper DM stacks admitting projective coarse moduli spaces.
citing papers explorer
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Collective Radiative Enhancement of Rare-Earth Ions in Lithium Niobate via Engineered LargeArea Nanohole Arrays
Experimental demonstration of collective radiative enhancement in rare-earth ions via geometry-engineered nanohole arrays on lithium niobate, distinct from single-emitter Purcell effects.
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Positivity in the context of Hodge modules and Higgs bundles on Deligne-Mumford stacks
Generalizes positivity theorems of Popa-Wu and Popa-Schnell for Hodge modules and Higgs bundles to smooth proper DM stacks admitting projective coarse moduli spaces.