A proposal that explains the Pioneer anomaly
Antonio F. Ranada, Alfredo Tiemblo

TL;DR
This paper proposes that the Pioneer anomaly is an apparent effect caused by a gradual desynchronization between astronomical and atomic clocks due to a coupling between gravity and the quantum vacuum, rather than an actual acceleration.
Contribution
It introduces a novel explanation for the Pioneer anomaly based on clock desynchronization caused by gravity-quantum vacuum coupling, without requiring new physics or unknown systematics.
Findings
The observed anomaly can be explained by clock desynchronization effects.
The model aligns with standard gravitational theory and solar system observations.
It suggests a new perspective on interpreting spacecraft anomalies.
Abstract
We propose here an explanation of the Pioneer anomaly which is not in conflict with the cartography of the solar system. In our model, the spaceship does not suffer any extra acceleration but follows the trajectory predicted by standard gravitational theory. The observed acceleration is not real but apparent and has the same observational footprint as a deceleration of astronomical time with respect to atomic time. The details can be summarized as follows: i) as we argued in a recent paper, there is an unavoidable coupling between the background gravitation that pervades the universe and the quantum vacuum because of the long range and universality of gravity; ii) via the fourth Heisenberg relation, we show that this coupling causes a progressive desynchronization of the astronomical and atomic clock-times, in such a way that the former decelerates adiabatically with respect to the…
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Taxonomy
TopicsHistory and Developments in Astronomy · Computational Physics and Python Applications · Space Science and Extraterrestrial Life
