SPACE · OPTICAL · QUANTUM
Meysam Ghanbari
Advanced Communications for Space, Optical and Quantum Networks
Meysam Ghanbari studies the architectures, physical limits and engineering choices that connect future space, optical and quantum networks.
Research · Industry R&D · Technical speaking
In focus
Research, events & technical perspectivesICFT 2026
18–22 October 2026 · Amman, Jordan
View presentation Publication · AcceptedLearning-Free FSO Joint Estimation
Arrival angle, pointing, jitter and turbulence · ICFT 2026
Read the research Planned · CommNet 2026Predict the Beam Before Steering
PIR-Twin fine tracking · 14–16 December · Rabat, Morocco
View presentation Technical resourceOptical Record Observatory
Demonstrated capabilities, operational links and future targets.
Explore the evidenceTHE TECHNOLOGY
From a physical link
to a connected system.
The portfolio connects communication theory with network architecture, optical hardware constraints and emerging quantum infrastructure.
Space & NTN networks
Satellite crosslinks, aerial platforms and communication architectures across non-terrestrial networks.
Explore research → 02 / OPTICALOptical communication systems
Free-space optical links, regenerative relays, receiver architecture and the alignment limits of narrow beams.
Explore projects → 03 / QUANTUMQuantum networks & timing
Quantum hubs, synchronization, satellite QKD and the communication layers of quantum infrastructure.
Explore a publication →PUBLICATIONS
Research, on the record.
Learning-Free Hierarchical Joint Estimation of AoA, Pointing Error, Receiver Jitter, and Turbulence in Multi-Aperture FSO Systems
International Conference on Future Technologies (ICFT 2026), Amman, Jordan
Receiver-Side Physics-Informed Residual Digital Twin for Predictive Fine Tracking in Inter-Satellite Optical Links
arXiv preprint · planned presentation at CommNet 2026, Rabat, Morocco
OHL-Assisted All-Optical Regenerative Relaying for Pointing-Impaired M-PAM Inter-Satellite Links
IEEE Transactions on Communications · submitted manuscript
FUTURE SYSTEMS
Engineering the next connection.
Reading paths through existing technical research and source-backed records, from space optical networks to quantum timing.
Optical links beyond Earth
Compare demonstrated optical-link capabilities, operational relays and future network targets in the Optical Record Observatory.
Explore the observatory →
A network of optical crosslinks
Explore the regenerative multi-hop inter-satellite research program, its analytical approach and associated publication record.
Explore the research program →CONNECT THE IDEAS
A research question.
An engineering challenge.
A useful conversation.
For research collaboration, industrial R&D and technical speaking enquiries, contact Meysam Ghanbari.