A Study on the Variable Aberration of Starlight

by Adi Turiya
Aurora Biophysics Research Institute

J Aetherom Res, Volume 4, Issue 7 (April 2025),  pp. 1-9

Article ID:   JAR04-07-01

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ABSTRACT We examine the implications of the Correas' revised theory of stellar aberration, taking the star Vega as a concrete example. Two distinct velocity-dependent displacement effects are delineated based on the Aetherometric theory of voltage-equivalent ambipolar electric wavespeed. While the electromagnetic detection of starlight does entail an effectively constant aberration angle, the aberration of the impelling ambipolar energy, as well as the apparent displacement due to proper motion, are found to be variable in magnitude. This leads us to predict small but not insignificant positional variations and spectral distortions that could in principle be tested using modern astrometric data.