| TECHNICAL CONTRIBUTIONS
Peer-reviewed papers, Proof of Concepts, Whitepapers & more
List of Published Peer-Reviewed Technical Papers
Proudly funded by the European Union, the QUARTER Project has empowered a consortium of leading researchers and innovators to push the boundaries of Quantum Key Distribution (QKD) technologies.
Explore the full list of contributions and deepen your understanding of next-generation quantum-secure communications, thanks to QUARTER contributions!
TECHNICAL BLOGS
[Paper Explained] Continuous Variable QKD Coexists with Classical Data in the C-Band
CV-QKD transmits quantum signals using coherent states, which are detected by the receiver through coherent detectors, similar to those commonly used in classical telecommunications. In this study, we evaluate its ability to coexist with classical data signals over the same optical fiber.
[Paper Explained] Savitzky-Golay Filter-Based Phase Recovery for CV-QKD
[Research Paper] Work of QUARTER Lead, LuxQuanta, accepted at the prestigious OFC Conference, studies the efficacy of the Savitzky-Golay Filter in reducing Phase Noise in CV-QKD. The results are promising in increasing maximum achievable distances.
![[Paper Explained] Continuous Variable QKD Coexists with Classical Data in the C-Band](https://quarter-euroqci.eu/wp-content/uploads/2025/01/Coexistance-mini-400x234.png)
![[Paper Explained] Savitzky-Golay Filter-Based Phase Recovery for CV-QKD](https://quarter-euroqci.eu/wp-content/uploads/2025/06/big_crop_main-image-2-400x250.jpg)