Starlink DTC satellites show reversed solar illumination dependence in unintended emissions at 72-234 MHz, brighter in eclipse than sunlight unlike Ku-only satellites, pointing to an active on-board source.
The low earth orbit satellite population and impacts of the spacex starlink constellation,
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AstroMind is a new physics-grounded benchmark for LLM reasoning on spacecraft behavior across intent inference, maneuver estimation, and threat assessment, evaluated on several open-weight models.
Large-scale empirical test on 24,641 Starlink TLE pairs shows SGP4 matches or beats high-fidelity propagation for position accuracy out to 7 days, with median errors reaching tens of kilometers.
SPHEREx observations confirm satellite trail contamination in 73.3% of images with an average of 2.18 trails per exposure, validating prior simulation models.
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A reversed solar illumination dependence of unintended emission from Starlink Direct-to-Cell satellites at 72-234 MHz with the EDA2
Starlink DTC satellites show reversed solar illumination dependence in unintended emissions at 72-234 MHz, brighter in eclipse than sunlight unlike Ku-only satellites, pointing to an active on-board source.