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03Optical information and energy transferSubmitted research

Power-Neutral Information & Energy Transfer

An analytical inter-satellite FSO framework using Stokes-orthogonal signaling to coordinate information reception and optical energy transfer under power constraints.

System DesignAnalysisOptimizationPublication
TECHNICAL DOMAINFSO · Stokes Signaling · Energy Transfer
ProblemArchitectureAnalysisEvidence

01 · THE PROBLEM

What this project addresses

A space optical receiver may need to recover information while also managing the energy available from the received optical signal.

02 · THE IDEA

System concept

Coordinate information and energy paths through Stokes-orthogonal signaling so the same inter-satellite optical link can be studied as a joint communication-and-power system.

03 · TECHNICAL APPROACH

How the research is structured

01Polarization-domain signaling
02Receiver path modeling
03Information-performance analysis
04Optical energy-transfer evaluation

04 · KEY CONTRIBUTIONS

What the research contributes

  • Power-neutral system formulation
  • Stokes-orthogonal signaling architecture
  • Joint information-and-energy analysis

05 · WHY IT MATTERS

Engineering relevance

The research explores energy-aware optical terminal concepts for spacecraft where power, aperture and payload resources are tightly constrained.

RELATED PUBLICATION

Research record

COLLABORATION OPPORTUNITY

Discuss a related research or engineering challenge.

Research, industrial R&D and technical consultation enquiries connected to this project can be directed to Meysam Ghanbari.

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