An experimental method to test DET

Wang, Ling Jun

doi:10.4006/1.3028141

Cited by 3 publications

(5 citation statements)

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“…1 Numerous other mechanisms have been attempted to explain the cosmological redshift, such as an energy loss of the photon when traversing a radiation field, 2 an inelastic scattering by gaseous atoms and molecules, 3 or a dispersive-extinction effect by the space medium. 4,5 Previously unconsidered by the principle of complementarity, a photon may also be viewed as a wave, interacting with intergalactic free electrons in a wave-particle fashion.…”

Section: Introductionmentioning

confidence: 99%

An explanation for the cosmological redshift

Mamas¹

2010

Physics Essays

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A new theoretical model is presented which accounts for the cosmological redshift in a static universe. In this model the photon is viewed as an electromagnetic wave whose electric field component causes oscillations in deep space free electrons which then reradiate energy from the photon, causing a redshift. The predicted redshift coincides with the data of the Hubble diagram. The predicted redshift expression allows for the first time distance measurements to the furthest observable objects, without having to rely on their apparent magnitudes which may be subject to cosmic dust. This new theoretical model is not the same as, and is fundamentally different from, Compton scattering, and therefore avoids any problems associated with Compton scattering such as the blurring of images.Résumé: Un nouveau modèle théorique est présenté qui explique le décalage vers le rouge cosmologique dans un univers statique. Selon ce modèle le photon est visualisé comme une onde électromagnétique, dont la composante électrique cause des oscillations dans les électrons libres dans l'espace intergalactique qui ensuite diffusent l'énergie du photon, causant un décalage vers le rouge. Le décalage vers le rouge prédit coïncide avec les données du diagramme de Hubble. L'expression prédite du décalage vers le rouge permet pour la première fois la mesure des distances aux objets les plus lointains observables, sans devoir tenir compte de leur magnitude apparente qui peut être sujette à la poussière cosmique. Ce nouveau modèle théorique n'est pas le même, et il est fondamentalement différent, de la diffusion Compton, et donc il évite tout problème associé à la diffusion Compton tel que le brouillage des images.

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Section: Introductionmentioning

confidence: 99%

An explanation for the cosmological redshift

Mamas¹

2010

Physics Essays

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“…Such wavelength and linewidth dependence can be used to vindicate or falsify the two rival theories. 5 According to DET, different spectral lines from the same heavenly body could have different redshifts due to the differences in the line widths and the wavelength. According to the Big Bang theory, however, all spectral lines from the same heavenly body must have the same redshift except for the component ascribable to the rotational motion of the body.…”

Section: Introductionmentioning

confidence: 99%

Saturated dispersive extinction theory of red shift

Wang¹

2011

Physics Essays

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The dispersive extinction theory (DET) offers an alternative interpretation to the cosmic red shift and, therefore, an alternative cosmology to the currently prevailing theory of Big Bang [L. J. Wang, Phys. Essays 18, 177 (2005)]. In our original paper where the DET was first proposed, only the unsaturated extinction was treated. In this article, we present a saturated dispersive extinction theory for the situation when the space medium is very thin and the light intensity is high enough to saturate the absorption and scattering. In such case, the energy absorbed is simply a function of the distance traveled regardless of the beam intensity. The space medium would look almost transparent to a very bright star until the inverse square law and the saturated extinction have reduced its intensity to certain threshold. An analysis of the relationship between the redshift and the intensity reduction shows that the extinction in the intergalactic and the interstellar medium must be saturated. The unsaturated extinction takes place only in the last stage of the light travel near the solar system.Résumé: La théorie dispersive d'extinction nous offre une interprétation alternative au décalage vers le rouge cosmique, donc une cosmologie alternative à la théorie du Big Bang [L. J. Wang, Phys. Essays 18, 177 (2005)]. Dans notre premier article où la théorie DET fut proposée pour la première fois, seulement la disparition non saturée a été discutée. Dans cet article, nous présentons une théorie Saturée Dispersive d'Extinction pour la situation quand le milieu de l'espace est très mince et l'intensité de la lumière est assez élevée pour saturer l'absorption et la diffusion. Dans ce cas, l'énergie absorbée est simplement une fonction de la distance parcourue indépendamment de l'intensité du faisceau. Le milieu de l'espace paraîtrait presque transparent à une étoile très brillante jusqu'à ce que la loi carrée inverse et l'extinction saturée aient réduit son intensité à un certain seuil. Une analyse du rapport entre le décalage vers le rouge et la réduction de l'intensité montre que l'extinction dans le milieu intergalactique et interstellaire doit être saturée. L'extinction non saturée n'a lieu qu'à la dernière étape du voyage de la lumière en proximité du système solaire.

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“…Straightforward calculation shows that the redshift is related to the distance as (Wang, 2008): Equation (17) shows that saturated dispersive extinction is not linearly proportional to the distance, which differs from what indicated by the linear Hubble law. As the linearity of Hubble law is only loosely demonstrated and widely challenged by experimentalists (Segal & Nicoll, 1992), a non linearity is quite interesting.…”

Section: The Saturated Dispersive Extinctionmentioning

confidence: 99%

“…The multitude of fundamental difficulties facing the Big Bang theory motivated physicists to propose alternative theories since the very early days of the Big Bang cosmologyy, the most noteworthy being the tired-light cosmology (Zwicky, 1929), the steady-state cosmology (Bondi & Gold, 1948;Bondi, 1960;Hoyle, 1948), the plasma universe (Alfven, 1966;Klein, 1971;Lerner, 1991), and the theory of discordant redshift association (Field et al, 1973;Arp, 1987;Arp et al, 1990;Arp, 2003), and the Dispersive Extinction Theory (DET) (Wang, 2005(Wang, , 2007(Wang, , 2008(Wang, , 2011.…”

Section: Alternative Theories Of Cosmologymentioning

confidence: 99%

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An Alternative Cosmology to the Big Bang–Dispersive Extinction Theory of Red Shift

Wang

2013

APR

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A brief review is given to the fundamental difficulties facing the Big Bang Theory, with the emphases on the geocentric nature, the extreme violation of the conservation laws of mass and energy, the violation of Maxwell's velocity distribution, the horizon problem, the extreme instability and the dark matter problem. The historical alternatives and their problems are reviewed. The DET is then presented as a new alternative interpretation of the cosmic redshift, and therefore, as a new alternative to the Big Bang cosmology. The existing experimental evidences to vindicate or falsity DET versus Big Bang theory are discussed. Experiments for detailed tests of the DET-the redshift is proportional to the square of the linewidth and inversely proportional to the cube of the wavelength-are also proposed.

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An experimental method to test DET

Cited by 3 publications

References 6 publications

An explanation for the cosmological redshift

An explanation for the cosmological redshift

Saturated dispersive extinction theory of red shift

An Alternative Cosmology to the Big Bang–Dispersive Extinction Theory of Red Shift

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