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Topologically Optimized Dielectric Cavities Enhance WSe2 Exciton Emission
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A paper in Light: Science & Applications uses topology optimization to design dielectric nanocavities that enhance exciton emission from monolayer WSe2, offering stronger and customizable light-matter interaction for on-chip quantum optics, nonlinear optics and low-threshold lasers.
From Light: Science & Applications
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Oct 13
- Light: Science & ApplicationsTopology-Optimized Dielectric Cavities Enhance Exciton Emission in Tungsten Diselenide
A paper in Light: Science & Applications uses topology optimization to design dielectric nanocavities that enhance exciton emission from monolayer WSe2, offering stronger and customizable light-matter interaction for on-chip quantum optics, nonlinear optics and low-threshold lasers.