RESEARCHER · ENGINEER · TECHNICAL BUILDER
About
Meysam Ghanbari is a researcher and engineer working across satellite and optical communications, with technical activity spanning OISL, FSO, receiver design, PAT, quantum optical links, FPGA development, analytical modeling and physics-based digital twins.
IDENTITY
Research at the intersection of light, space and intelligent networks.
Meysam Ghanbari is a researcher and communication-systems engineer working across optical and satellite communications. His research connects theoretical performance analysis with receiver architecture, beam-control constraints and emerging non-terrestrial networks.
Research direction
Current work examines how highly directional links can be made more robust, efficient and operationally useful—from inter-satellite optical relaying and integrated receivers to quantum timing, terahertz coverage and AI-assisted sensing.
Technical expertise
- Inter-satellite optical links and optical satellite communications
- Free-space optical and non-terrestrial communication systems
- Optical receiver architecture, sensitivity and TIA interfaces
- Pointing, acquisition, alignment and fine tracking
- Quantum optical communication links
- Analytical modeling, Monte Carlo simulation and physics-based digital twins
Research philosophy
The work is organized around a systems question: how should propagation, optics, detectors, algorithms and network behavior be designed together rather than optimized in isolation? Analytical derivation, simulation and implementation-aware modeling are used to keep proposed architectures technically interpretable.
Future direction
The long-term direction is toward advanced communication systems that bridge academic research and deep-tech engineering across space communications, photonics, quantum infrastructure and intelligent networks.