On Constancy of the Speed of Light in the Global Positioning System
Yang-Ho Choi
TL;DR
This paper investigates the theoretical constancy of the speed of light within the GPS framework by analyzing navigation equations and metric tensors.
Contribution
It provides a theoretical analysis of light speed constancy in GPS using metric tensors and navigation equations, offering insights into relativistic effects.
Findings
Supports the constancy of light speed in GPS calculations
Highlights the role of metric tensors in relativistic GPS models
Provides a theoretical foundation for light speed assumptions in navigation
Abstract
The speed of light in the global positioning system (GPS) is theoretically investigated through the analysis of navigation equations together with metric tensors for light speed constancy.
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