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VOL. 10, ISSUE 4 (2025)
Innovative parallel prefix reflection method to estimating star’s distances in difference space layers
Authors
Lie Chun Pong
Abstract
The lack of a blue hue on the lunar surface
has sparked questions about astrophysical explanations and perceived gaps in
research. Color observation involving Rayleigh scattering entails sunlight
interacting with molecular dipoles, where shorter wavelengths—such as blue—are
preferentially scattered, resulting in no intrinsic blue tint. The lunar cycle
approximates 29.53 days. Variations in scattering can occasionally yield intense
red and orange hues, as observed during blood moon events, confirmed by NASA [1,
2] spectroscopic analyses. Our research proposes a new star-distance
estimation method, "parallel reflection of light," that uses
reflections from planets and other celestial bodies for measurement. It will
improve accuracy over traditional approaches, especially accounting for complex
cosmic layers' dimensions.
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Pages:131-132
How to cite this article:
Lie Chun Pong "Innovative parallel prefix reflection method to estimating star’s distances in difference space layers". International Journal of Advanced Scientific Research, Vol 10, Issue 4, 2025, Pages 131-132
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