Title:
Contradictions Associated with the Use of the Doppler Effect to Measure Cosmic Distances, and How These Contradictions Are Resolved.

Authors:
Le Thanh Duc, Le Thi Thu Thuy, Viet Nam

Abstract:

The scientist Christian Andreas Doppler discovered the phenomenon that bears his name: the Doppler effect. This effect is used to measure the speeds of nearby objects and the distances to remote stars and galaxies. Scientists encountered no inconsistencies when applying it; consequently, it has been accepted as valid.

Through this research, the author raises doubts regarding the scientific accuracy of the effect's underlying physical nature. Drawing upon classical physics, achievements in astronomy and modern technology, and logical reasoning, the author identifies aspects that warrant re-examination.

To clarify the issue, the article presents a model requiring experimental investigation. The analysis reveals contradictions involving fundamental astrophysical concepts and the technology behind Doppler-based speed guns. The nature of the phenomenon is described based on an entirely different principle. The author proposes a verification experiment that cannot yet be conducted due to current technological limitations; thus, there is insufficient evidence to refute the Doppler effect definitively. This study makes a significant contribution to current scientific understanding by addressing a range of related issues and opening entirely new avenues for research.

DOI: http://dx.doi.org/10.51505/ijaemr.2026.11602