On the common relativistic origin of the neutron lifetime discrepancy, the slight superluminality of neutrinos at Fermilab, and several astrophysical problems

Kunst, Ernst Karl

doi:10.4006/0836-1398-31.2.219

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“…On these theoretical grounds, among others, the cause of the discrepancies between the measurements of the HIPPARCOS satellite and earthbound measurements of the Pleiades distance could be attributed in ref. [1] to the speed of the satellite of approximately 370 km•s −1 relative to the earthly lab, which is at rest relative to the CMB, according to the equations: x ∆ denotes the difference between the distance measured from Earth of 135 pc and the ST moved relative to the CMB. The result Equation 2is the distance to which, according to the HIPPARCOS measurements, the Pleiades seem to be closer to Earth in comparison to conventional terrestrial measurements, whereby the number two in the denominator of the latter equations is due to the location of the Pleiades cluster close to the ecliptic in both the northern and southern hemispheres, reflecting Earth's annual motion nearly as a line.…”

Section: Different Measurement Results Of the Hubble Constant H0 Due mentioning

confidence: 99%

Relativistic Quantitative Determination of the “Mysterious” Differences in the Hubble Constant

Kunst¹

2021

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This paper discusses the "Hubble constant measurement-mystery". Independent measurements of this cosmic parameter, referred to as H 0 in abbreviated form, have all led to different values, with the highest value ≈ 74 km•s −1 •Mpc −1 and the lowest ≈ 67 km•s −1 •Mpc −1 , where km denotes kilometer, s second and Mpc −1 megaparsec. These measurements have mainly been obtained with space telescopes. Apparently, up to now there was no way to explain the differences. However, previously published studies seem to regard the problem of the different measurement results for H 0 [1, 2]. I have shown that due to a symmetrical expansion of the Minkowski space (SMS), each respective frame of reference for an observer, who rests in the zero point of the frame, is converted into a state of apparent rest relative to the cosmic microwave background (CMB) radiation. This SMS-relativistic effect also seems to be responsible for the different measurement results of the Hubble constant, especially through space telescopes.

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Section: Different Measurement Results Of the Hubble Constant H0 Due mentioning

confidence: 99%

On the common relativistic origin of the neutron lifetime discrepancy, the slight superluminality of neutrinos at Fermilab, and several astrophysical problems

Cited by 1 publication

References 0 publications

Relativistic Quantitative Determination of the “Mysterious” Differences in the Hubble Constant

Relativistic Quantitative Determination of the “Mysterious” Differences in the Hubble Constant

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