Transconductance in multilayer WSe2 exhibits a valley-crossover signature quantified by valley susceptibility χ_v reaching ~0.20 V^{-1} in bilayer devices, absent in single-valley systems and bounded by the thermodynamic limit (4k_BT)^{-1}.
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2 Pith papers cite this work. Polarity classification is still indexing.
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Bell-state phase of entangled photons partitions biexciton excitations between bright and exchange-dark eigenstates in WSe2 via independent valley pathways, with >0.97 visibility at 4 K.
citing papers explorer
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Transconductance as a Probe of Valley Thermodynamics in Multilayer WSe$_2$
Transconductance in multilayer WSe2 exhibits a valley-crossover signature quantified by valley susceptibility χ_v reaching ~0.20 V^{-1} in bilayer devices, absent in single-valley systems and bounded by the thermodynamic limit (4k_BT)^{-1}.
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Eigenstate-Selective Entangled Two-Photon Absorption in Monolayer WSe$_2$
Bell-state phase of entangled photons partitions biexciton excitations between bright and exchange-dark eigenstates in WSe2 via independent valley pathways, with >0.97 visibility at 4 K.