Plasma-Redshift Cosmology: Fits to SNLS Data & Implications

In summary, the authors discuss their previous findings on the type Ia supernovae data matching predictions of the magnitude-redshift relation in plasma-redshift cosmology. They also show that recent SNLS data similarly align with these predictions, indicating no cosmic time dilation and potentially refuting the big-bang cosmology. The paper proposes an alternative plasma redshift model for describing observations and predicts intrinsic redshifts of galaxies. The best fit to the SNLS data suggests an average electron density in intergalactic space of 0.0002 per cubic centimeter and an average plasma temperature of 3 million K, which can explain the observed cosmic microwave background and cosmic X-ray background. However, the validity and potential publication of
  • #1
wolram
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http://arxiv.org/abs/astro-ph/0602500

Authors: Ari Brynjolfsson
Comments: 8 pages, 4 figures, presented at APS April 2006 meeting

We have previously shown that the type Ia supernovae data by Riess et al. match the prediction of the magnitude-redshift relation in the plasma-redshift cosmology. In this article, we also show that the recent SNLS data, which have a slightly narrower distribution as reported by Astier et al. in 2005, match the predictions of the plasma-redshift cosmology. The standard deviation of the SNLS-magnitude from the predicted curve is only about 0.14. The data indicate that there is no cosmic time dilation. The big-bang cosmology therefore appears false. The plasma redshift, which follows from exact evaluation of photons interaction with hot sparse electron plasma, leads to a quasi-static, infinite, and everlasting universe. It does not need big bang, dark energy, or dark matter for describing the observations. It predicts intrinsic redshifts of galaxies consistent with what is observed. The Hubble constant that best fits the SNLS data is about 63 km per sec per Mpc. This corresponds to an average electron density of about 0.0002 per cubic centimeter in intergalactic space. This density together with the plasma redshift heating to an average plasma temperature in intergalactic space of about 3 million K explains the observed isotropic cosmic microwave background (CMB) and the cosmic X-ray background.
 
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  • #2
wolram said:
http://arxiv.org/abs/astro-ph/0602500

Authors: Ari Brynjolfsson
Comments: 8 pages, 4 figures, presented at APS April 2006 meeting

I hate to tell you this, but the 2006 APS April meeting hasn't occurred yet.

I know you copied that off the arxiv page, but (i) one doesn't present a "paper" at either the March or April meeting, so what this "paper" here is supposed to be is a mystery (ii) there are no conference proceedings at those meetings (iii) this person has a lot of explaining to do on where he intends to submit this for publication.

Zz.
 
  • #3
As ZZ already implied, it's unlikely this would accepted to respectable journal. Unfortunately, there's only so much arXiv can do to filter out crackpot submissions.
 
  • #4
Well hey, i can not pick (all) the good ones.:redface:
 
  • #5
Ari has been 'on' PF's astronomy section before; his plasma cosmology idea (I doubt that it's sufficiently well developed to call it a model yet) is not entirely novel. The amount of 'unexplaining' he will have to do is huge - just about all of extragalactic astrophysics (and much of stellar astrophysics no doubt too).

Let's wait and see if he can even get this published.
 
  • #6
Arxiv appears to have lightened up on what/who has been granted preprint priveleges over the past few months. Eric Lerner and Halton Arp, to name a couple, have graced the archive recently after rather lengthy absences. A kinder, gentler Arxiv? Some of the 'mavericks' in theoretical circles mounted a campaign against Arxiv 'censorship' last year which garnered some sympathy. And I think that is a good move. It is not good science to exclude ideas not decisively refuted - albeit I think speculative papers should be held to a higher standard than mainstream material [e.g, make reasonably falsifiable predictions]. Besides, it's great fun for us unwashed masses to have stuff upon which even we can inflict puncture wounds.
 

1. What is Plasma-Redshift Cosmology?

Plasma-Redshift Cosmology is a theory that proposes an alternative explanation for the observed redshift of distant galaxies. It suggests that the redshift is not solely caused by the expansion of the universe, but also by the interaction of light with intergalactic plasma.

2. What is the main evidence supporting Plasma-Redshift Cosmology?

The main evidence supporting Plasma-Redshift Cosmology is the fit of the theory to observational data, particularly the data from the Supernova Legacy Survey (SNLS). This data shows a better fit to the predicted redshift-distance relationship of Plasma-Redshift Cosmology compared to the traditional cosmological model.

3. How does Plasma-Redshift Cosmology differ from the traditional cosmological model?

Plasma-Redshift Cosmology differs from the traditional model in its explanation for the observed redshift of distant galaxies. While the traditional model attributes the redshift to the expansion of the universe, Plasma-Redshift Cosmology suggests that the redshift is caused by the interaction of light with intergalactic plasma.

4. What implications does Plasma-Redshift Cosmology have for our understanding of the universe?

If Plasma-Redshift Cosmology is proven to be a more accurate model for the redshift of distant galaxies, it would have significant implications for our understanding of the universe. It would challenge the current understanding of the expansion of the universe and could potentially lead to a new understanding of the structure and evolution of the universe.

5. What further research is needed to support Plasma-Redshift Cosmology?

While the fit of Plasma-Redshift Cosmology to SNLS data is promising, further research is needed to fully support the theory. This could include more observational data from different sources, as well as theoretical studies to better understand the mechanisms behind the redshift observed in distant galaxies.

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