#quantumfrequencyconversion Suchergebnisse
Via #OPG_OpticaQ: Telecom-to-visible quantum frequency converter on a silicon nitride chip bit.ly/45JCFuN #PhotonCounting #QuantumFrequencyConversion @Columbia
@Fraunhofer_IAF has developed single-mode GaSb #VECSEL with best-in-class output powers of up to 2.4 W, which enable #quantumfrequencyconversion as a low-noise pump source. This is... nachrichten.idw-online.de/2024/04/04/wit…
Interesting paper on #QuantumFrequencyConversion Most interesting is the high change in the wavelength, application in quantum telecommunication (1425 nm ⇒ 894 nm), and the pump-Stokes light driving molecular vibration enabling the frequency shift #DJC science.org/doi/full/10.11…
#QuantumFrequencyConversion and strong coupling of #photonicmodes using four-wave mix in #IntegratedMicroresonators bit.ly/2jKvNXC
Via #OPG_OpticaQ: Telecom-to-visible quantum frequency converter on a silicon nitride chip bit.ly/45JCFuN #PhotonCounting #QuantumFrequencyConversion @Columbia
@Fraunhofer_IAF has developed single-mode GaSb #VECSEL with best-in-class output powers of up to 2.4 W, which enable #quantumfrequencyconversion as a low-noise pump source. This is... nachrichten.idw-online.de/2024/04/04/wit…
Interesting paper on #QuantumFrequencyConversion Most interesting is the high change in the wavelength, application in quantum telecommunication (1425 nm ⇒ 894 nm), and the pump-Stokes light driving molecular vibration enabling the frequency shift #DJC science.org/doi/full/10.11…
#QuantumFrequencyConversion and strong coupling of #photonicmodes using four-wave mix in #IntegratedMicroresonators bit.ly/2jKvNXC
Via #OPG_OpticaQ: Telecom-to-visible quantum frequency converter on a silicon nitride chip bit.ly/45JCFuN #PhotonCounting #QuantumFrequencyConversion @Columbia
@Fraunhofer_IAF has developed single-mode GaSb #VECSEL with best-in-class output powers of up to 2.4 W, which enable #quantumfrequencyconversion as a low-noise pump source. This is... nachrichten.idw-online.de/2024/04/04/wit…
#QuantumFrequencyConversion and strong coupling of #photonicmodes using four-wave mix in #IntegratedMicroresonators bit.ly/2jKvNXC
Something went wrong.
Something went wrong.
United States Trends
- 1. Raiders 81.4K posts
- 2. #WWERaw 170K posts
- 3. Cowboys 51.4K posts
- 4. Pickens 21.1K posts
- 5. Gunther 21.7K posts
- 6. Jeanty 7,022 posts
- 7. Geno 15.7K posts
- 8. #WickedForGood 8,277 posts
- 9. Chip Kelly 2,384 posts
- 10. Pete Carroll 3,487 posts
- 11. Roman 74.3K posts
- 12. #Dragula N/A
- 13. Jlexis 8,227 posts
- 14. Dolph 42.8K posts
- 15. Mark Davis 1,493 posts
- 16. Brock 21.3K posts
- 17. Becky 52.7K posts
- 18. Grok 4.1 1,292 posts
- 19. AJ Lee 18.8K posts
- 20. Maxxine 19.7K posts