Bulk silicon produces visible-to-near-IR photo- and electroluminescence when sub-1.5 nm silicon nanoparticles are embedded to act as photonic confiners that expand photon momentum and bypass the usual phonon requirement.
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Broadband Photo- and Electroluminescence from Bulk Silicon via Strong Photonic Confinement
Bulk silicon produces visible-to-near-IR photo- and electroluminescence when sub-1.5 nm silicon nanoparticles are embedded to act as photonic confiners that expand photon momentum and bypass the usual phonon requirement.