Via #OPG_AO: All-optical wavelength conversion for hybrid WDM–MDM signals using segmented thin-film PPLN waveguides https://bit.ly/4sWpsrh #WavelengthConversion #EffectiveRefractiveIndex💡⚛️
March 13, 2026 at 10:45 PM
Via #OPG_AO: All-optical wavelength conversion for hybrid WDM–MDM signals using segmented thin-film PPLN waveguides https://bit.ly/4sWpsrh #WavelengthConversion #EffectiveRefractiveIndex💡⚛️
An Editors' Pick via #OPG_OPTCON: Parasitic wavelength conversion between WDM channels in PPLN-waveguide-based optical parametric amplifier https://bit.ly/4wc7xh7 #OpticalNetworks #WavelengthConversion💡⚛️
August 7, 2026 at 5:20 PM
An Editors' Pick via #OPG_OPTCON: Parasitic wavelength conversion between WDM channels in PPLN-waveguide-based optical parametric amplifier https://bit.ly/4wc7xh7 #OpticalNetworks #WavelengthConversion💡⚛️
NIST researchers developed a tunable tantala photonic chip enabling infrared-to-visible wavelength conversion. The integrated platform miniaturizes complex photonic circuits for real-world deployment.
#PhotonicIntegration #WavelengthConversion #News
#PhotonicIntegration #WavelengthConversion #News
Tunable Photonic Integrated Circuit Enables Broad Wavelength Conversion Using Tantala
iq.fp2.dev
April 23, 2026 at 4:15 PM
NIST researchers developed a tunable tantala photonic chip enabling infrared-to-visible wavelength conversion. The integrated platform miniaturizes complex photonic circuits for real-world deployment.
#PhotonicIntegration #WavelengthConversion #News
#PhotonicIntegration #WavelengthConversion #News