We then measured the photoluminescence spectrum of the nanobeam waveguide from 1260 to 1500 nm wavelength range using the same measurement setup (Figure S4(a))

G center ensemble photoluminescence To investigate general properties of the defect centers, we fabricated nanobeam waveguide structures using the same implanted silicon wafer described in the main manuscript · 2022

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Bright and Purcell-enhanced single photon emission from a silicon G center

physics.optics · 2024-12-13 · conditional · novelty 6.0

A single silicon G center in a nanobeam cavity emits telecom single photons with a 0.97 ns lifetime, a six-fold Purcell enhancement, and about 14% fiber-coupled brightness.

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Bright and Purcell-enhanced single photon emission from a silicon G center physics.optics · 2024-12-13 · conditional · none · ref 5
A single silicon G center in a nanobeam cavity emits telecom single photons with a 0.97 ns lifetime, a six-fold Purcell enhancement, and about 14% fiber-coupled brightness.

We then measured the photoluminescence spectrum of the nanobeam waveguide from 1260 to 1500 nm wavelength range using the same measurement setup (Figure S4(a))

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