Inter-Satellite Optical Communications
Optical crosslinks, multi-hop relaying, link budgets and propagation constraints for high-capacity space networks.
RESEARCH PORTFOLIO
Research
The research portfolio is centered on satellite and optical communications, including OISL, FSO, receiver design, PAT, non-terrestrial networking, quantum optical links and data-driven communication-system modeling.
Optical links across space Meysam Ghanbari
NEW · TECHNICAL OBSERVATORY
Optical & Satellite Communications Record Observatory
Explore verified speed, range, tracking, relay, quantum-link and optical-power milestones—with the engineering method, project context and primary evidence behind every number.
200 Gbit/s460M km30 ps>800 W
Open the record observatory ↗ 
Advanced Optical Receivers
Receiver architecture, photodetector interfaces, detection, sensitivity and integrated communication-and-tracking concepts.
FSO & Optical Wireless
Gaussian-beam propagation, pointing error, atmospheric effects, outage, BER/SER and analytical optimization.
Satellite & NTN Systems
Communication architectures for satellites, HAPS and UAV platforms across emerging non-terrestrial networks.
Quantum Communications & Timing
Satellite QKD, polarization alignment, quantum hubs, synchronization and narrow-beam quantum links.
Terahertz Communications
Coverage, mobility and outage analysis for high-frequency aerial and non-terrestrial communication systems.
AI for Communication Systems
Deep-learning surrogates, sensing, estimation, localization and physics-informed communication-system intelligence.
HAPS & UAV Networks
Optical and terahertz links for aerial platforms, including multi-branch reception and beamwidth optimization.
TECHNICAL PROFILE
Analytical modeling, receiver design and communication-system implementation
Link budgets & Gaussian-beam propagation Receiver noise & sensitivity Photodetector / TIA interfaces Pointing error & jitter Acquisition, alignment & fine tracking BER / SER / outage modeling Monte Carlo simulation & optimization MATLAB · Python · C · FPGA