Nanometric voids in bulk silicon function as optical antennas enabling rewritable broadband photo- and electroluminescence via momentum relaxation, with the effect governed by dielectric discontinuity rather than confiner composition.
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Nanometric voids as optical antennas for rewritable momentum-engineered photonics in silicon
Nanometric voids in bulk silicon function as optical antennas enabling rewritable broadband photo- and electroluminescence via momentum relaxation, with the effect governed by dielectric discontinuity rather than confiner composition.