Discrete states of redshift and galaxy dynamics. I - Internal motions in single galaxies

Tifft, W. G.

doi:10.1086/154354

Cited by 69 publications

(23 citation statements)

References 13 publications

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“…CMBR, which is identified with a (homogeneous) space of horospheres in Lobachevskian space is inherently built into Lobachevskian geometry, and so the called Big Bang cosmology is entirely not required to explain its existence and its properties (homogeneity, isotropy). It is worth noting that our model of Lobachevskian physics agrees with all already observed experimental data recorded via the electromagnetic spectrum, it gives a formula for all values of z (Hubble experimentally found only the "linear" part for small z), it naturally explains the new findings, e.g., redshift periodicity [13], and it has only one assumption -the space is a 3D static Lobachevskian space.…”

Section: Introductionsupporting

confidence: 82%

“…It is interesting to note that the periodicity of z already has been observed experimentally by Tifft [13] and confirmed by Burbidge and others [3]. As it was pointed out by Burbidge [3] this experimentally recorded and unexplained as yet phenomenon was totally ignored by astrophysical community since it does not fit into Big Bang cosmology; however it fits quite naturally into our model of static Lobachevskian universe.…”

Section: Inelastic Scattering Of Electromagnetic Waves On Local Variasupporting

confidence: 70%

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Topological Intensity Shifts of Electro-Magnetic Field in Lobachevskian Spaces. Olbers Paradox Solved, Deep Space Communication, and the New Electromagnetic Method of Gravitational Wave Detection

Brzeski¹,

Brzeski²

2003

PIER

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Abstract-The major new result is the behavior of the intensity of electromagnetic radiation in Lobachevskian (hyperbolic) spaces. Equation (2) expresses change in intensity vs. space curvature and distance. Non existence of Olbers paradox in a Lobachevskian universe is shown. A new electromagnetic method for detection of gravitational waves is proposed. Explanation of observed perioditicy in redshifts is given. Problems of deep space communications are discussed.

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Section: Introductionsupporting

confidence: 82%

Section: Inelastic Scattering Of Electromagnetic Waves On Local Variasupporting

confidence: 70%

Topological Intensity Shifts of Electro-Magnetic Field in Lobachevskian Spaces. Olbers Paradox Solved, Deep Space Communication, and the New Electromagnetic Method of Gravitational Wave Detection

Brzeski¹,

Brzeski²

2003

PIER

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“…As a passing comment, we should note that Tifft (1976) has claimed that matter can occur in different redshift states and that these states are quantized in units of 70 to 75 km/sec. The distribution of residual redshifts in Figure 7 does not strongly point to a preference for such values.…”

Section: +200mentioning

confidence: 96%

Anomalous redshifts in galaxies and quasars

Arp

1977

International Astronomical Union Colloquium

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Les associations apparentes entre galaxies et q u a s a r s sont r e c apitule"es. Les probabilites d'associations accidentelles sont discutees et les relations entre la separation des q u a s a r s et la nature de la galaxie associee sont p r e s e n t e e s . De nouveaux cas d'associations apparentes entre galaxies de faible decalage v e r s le rouge et de grand decalage sont pre"sentes et discute"s. Le phenomene des d e c alages syste"matiquement plus grands pour les galaxies non elliptiques dans les a m a s et les groupes de galaxies est aborde. Enfin de re"centes Evidences sur les galaxies compagnons de M 31 et M 81 montrent que p a r m i les douze compagnons c e r t a i n s , tous ont un de"calage spectral plus grand que la galaxie principale.

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“…Tifft [32,33] discussed the in uence of these effects on the observed radial velocities of galaxies. The precision was the main problem in the early observations of radial velocities of galaxies, because it was too small for testing the effects postulated by Tifft.…”

Section: First Observational Evidence Of Redshift Discretizationmentioning

confidence: 99%

On the investigations of galaxy redshift periodicity

Bajan

Флин

Godlowski

et al. 2007

Phys. Part. Nuclei Lett.

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In this article we present a historical review of study of the redshift periodicity of galaxies, starting from theˇrst works performed in the 1970s until the present day. We discuss the observational data and methods used, showing in which cases the discretization of redshifts was observed. We conclude that galaxy redshift periodization is an effect which can really exist. We also discussed the redshift discretization in two different structures: the Local Group of galaxies and the Hercules Supercluster. Contrary to the previous studies, we consider all galaxies which can be regarded as a structure member disregarding the accuracy of velocity measurements. We applied the power spectrum analysis using the Hann function for weighting, together with the jackknife error estimator. In both structures we found weak effects of redshift periodization.

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Discrete states of redshift and galaxy dynamics. I - Internal motions in single galaxies

Cited by 69 publications

References 13 publications

Topological Intensity Shifts of Electro-Magnetic Field in Lobachevskian Spaces. Olbers Paradox Solved, Deep Space Communication, and the New Electromagnetic Method of Gravitational Wave Detection

Topological Intensity Shifts of Electro-Magnetic Field in Lobachevskian Spaces. Olbers Paradox Solved, Deep Space Communication, and the New Electromagnetic Method of Gravitational Wave Detection

Anomalous redshifts in galaxies and quasars

On the investigations of galaxy redshift periodicity

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