AdaptiveOpticsLab | Публикации

Adaptive optics for free‑space quantum communication — M. Chen, L. Petrova, Optics Express [Scopus/WoS]
Deep learning for predictive AO control on extremely large telescopes — P. Dubois, MNRAS [Scopus/WoS]
Laboratory turbulence simulator: design and characterization — A. Schmidt, OSA Imaging and Applied Optics Congress [Труды]

Real‑time turbulence profiling with a convolutional neural network — S. Jensen, K. Okamoto, J. of Astronomical Telescopes [Scopus/WoS]
High‑order wavefront shaping through dynamic scattering media — R. Novak, Nature Photonics [Scopus/WoS]
Волновой фронт в турбулентной атмосфере: методы коррекции — И. Соколов, Оптика и спектроскопия [RSCI/ВАК]
Real‑time wavefront reconstruction using FPGA — K. Lee, Proc. SPIE Adaptive Optics Systems IX [Труды]

Energy‑efficient deformable mirror array for laser beam steering — H. Zhang, Applied Optics [Scopus/WoS]
Адаптивная оптика в лазерных системах связи — Е. Власова, Квантовая электроника [RSCI/ВАК]

Adaptive optics for free‑space quantum communication — M. Chen, L. Petrova, Optics Express
Deep learning for predictive AO control on extremely large telescopes — P. Dubois, MNRAS

Real‑time turbulence profiling with a convolutional neural network — S. Jensen, K. Okamoto, J. of Astronomical Telescopes
High‑order wavefront shaping through dynamic scattering media — R. Novak, Nature Photonics

Energy‑efficient deformable mirror array for laser beam steering — H. Zhang, Applied Optics

Моделирование атмосферной турбулентности для AO‑систем — А. Морозов, Известия вузов. Физика

Волновой фронт в турбулентной атмосфере: методы коррекции — И. Соколов, Оптика и спектроскопия

Адаптивная оптика в лазерных системах связи — Е. Власова, Квантовая электроника

Laboratory turbulence simulator: design and characterization — A. Schmidt, OSA Imaging and Applied Optics Congress
Deep learning for predictive AO: first on-sky results — P. Dubois, Adaptive Optics for Extremely Large Telescopes (AO4ELT7)

Real‑time wavefront reconstruction using FPGA — K. Lee, Proc. SPIE Adaptive Optics Systems IX