Ever wondered how adaptive optics enables high-speed, reliable laser communication from ground to space? Discover its game-changing role in both classical and quantum optical networks.
Adaptive Optics (AO) is becoming a key enabler of high-performance laser communication in optical ground stations, both for classical and quantum networks. In this exclusive webinar organized by Bertin Alpao in partnership with Optica, two leading experts presented the latest advances in AO technologies and their impact on ground-to-space optical links.
For nearly an hour, the speakers explored how AO enhances data throughput, improves link stability in turbulent atmospheric conditions, and supports secure quantum key distribution (QKD). The session also featured dynamic exchanges with the audience, with questions on AO limitations in satellite uplinks, integration challenges in mobile ground terminals, and its role in the reliability of quantum communication systems.
The event featured two recognized specialists in the field:
- Dr. Baris I. Erkmen, CTO at Aalyria, presented groundbreaking advances in next-generation ground stations and highlighted the crucial role of adaptive optics (AO) in enabling high-speed optical and laser communication networks.
- Dr. Laurent de Forges de Parny, Quantum Systems Engineer at Thales Alenia Space, explored the challenges of quantum key distribution (QKD) and the development of secure quantum networks, emphasizing the importance of AO in improving laser communication systems.
Missed the live session?
👉 Watch the full replay here
If you have any questions, feel free to contact us.