Is the pioneer anomaly a counter example to the dark matter hypothesis?
Firmin J. Oliveira

TL;DR
This paper proposes that the Pioneer anomaly results from cosmological redshift effects on unbound particles and spacecraft, challenging the dark matter hypothesis by suggesting a new interpretation of galactic escape and redshift phenomena.
Contribution
It introduces a novel extension of the Hubble law to massive particles and links the Pioneer anomaly to cosmological redshift effects on unbound objects, offering an alternative to dark matter explanations.
Findings
Pioneer anomaly may be explained by cosmological redshift of unbound particles.
Unbound spacecraft could experience a decrease in speed due to universe expansion.
Photon frequency in open space might undergo detectable cosmological redshift.
Abstract
The Hubble law is extended to massive particles based on the de Broglie wavelength. Due to the expansion of the universe the wavelength of an unbound particle would increase according to its cosmological redshift. Based on the navigation anomalies of the Pioneer 10 & 11 spacecraft it is postulated that an unbound massive particle has a cosmological redshift z = (c / v_0) H_0 t, where c is the speed of light in vacuum, v_0 is the initial velocity of the particle, H_0 is Hubble's constant and t is the duration of time that the particle has been unbound. The increase in wavelength of the particle corresponds to a decrease in its speed by delta_v = - c H_0 t. Furthermore, it is hypothesized that the solar system has escaped the gravity of the Galaxy as evidenced by its orbital speed and radial distance and by the visible mass within the solar system radius. This means that spacecraft which…
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