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Challenge to Big Bang cosmology
This is a follow-up to my previous posts about my book (Curvature Cosmology: BrownWalker Press) Many people have told me that while they may be unhappy with some aspects of Big-Bang cosmology such as inflation and the failure to find dark matter, it has been so successful in explaining the observations that they are reluctant to abandon it until a much better theory is shown to be valid. I believe that in Curvature Cosmology I have such a theory that is much simpler than the BB model and has very few free parameters. It is also easily refutable. I am asking for someone to read my book and show where the theory is incorrect. What is needed to disprove the Curvature Cosmology model is to show either that: 1. it violates established physics 2. or my arguments or derivations are seriously wrong 3. or that my interpretations of the observations are incorrect 4. or that there are observations that I have not examined that invalidate the model. Since this is a complete cosmological theory it must be judged within its own paradigm. For example I have been criticized for suggesting that the background X-ray radiation (in the 10 to 300 kev region) is due to thermal bremstrahhlung because in BB cosmology the required density is too large. However in Curvature Cosmology this objection is shown to be groundless. Although the book is very cheap (only $20) I am will consider sending a copy to anyone who is willing to provide a complete examination. I thank you for your consideration. -- David F. Crawford (Please remove the bird) http://www.davidcrawford.bigpondhosting.com |
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Challenge to Big Bang cosmology
On Mar 31, 9:12 pm, "David Crawford"
wrote: This is a follow-up to my previous posts about my book (Curvature Cosmology: BrownWalker Press) Many people have told me that while they may be unhappy with some aspects of Big-Bang cosmology such as inflation and the failure to find dark matter, it has been so successful in explaining the observations that they are reluctant to abandon it until a much better theory is shown to be valid. I believe that in Curvature Cosmology I have such a theory that is much simpler than the BB model and has very few free parameters. It is also easily refutable. I am asking for someone to read my book and show where the theory is incorrect. What is needed to disprove the Curvature Cosmology model is to show either that: 1. it violates established physics 2. or my arguments or derivations are seriously wrong 3. or that my interpretations of the observations are incorrect 4. or that there are observations that I have not examined that invalidate the model. Since this is a complete cosmological theory it must be judged within its own paradigm. For example I have been criticized for suggesting that the background X-ray radiation (in the 10 to 300 kev region) is due to thermal bremstrahhlung because in BB cosmology the required density is too large. However in Curvature Cosmology this objection is shown to be groundless. Although the book is very cheap (only $20) I am will consider sending a copy to anyone who is willing to provide a complete examination. I thank you for your consideration. -- David F. Crawford (Please remove the bird)http://www.davidcrawford.bigpondhosting.com Other than the likes of myself, in Usenet your nifty theory or whatever mindset is summarily screwed, regardless of whatever's the physics or of evidence there is to behold, that is unless you're sufficiently Jewish (in which case you can literally get away with premeditated murder). - Brad Guth |
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Challenge to Big Bang cosmology
David Crawford wrote: This is a follow-up to my previous posts about my book (Curvature Cosmology: BrownWalker Press) Most of us have seen far too much silliness in the past, and few will be motivated to spend much time on alternate cosmologies. I believe that in Curvature Cosmology I have such a theory that is much simpler than the BB model and has very few free parameters. It is also easily refutable. You might get some response if you could sketch out a couple of your postulates and some conclusions that differ from standard cosmology. For example, where does the microwave background come from, and how has its temperature changed in the past? Do you predict anything different for supernova light curves or brightnesses? What age do you get? I have been criticized for suggesting that the background X-ray radiation (in the 10 to 300 kev region) is due to thermal bremstrahhlung because in BB cosmology the required density is too large. I agree the theory has to be considered as a self-consistent whole. However, I didn't think the X-ray background spectrum is consistent with thermal brehmstrahlung. Isn't it a power law? |
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Challenge to Big Bang cosmology
David Crawford wrote:
This is a follow-up to my previous posts about my book (Curvature Cosmology: BrownWalker Press) Most of us have seen far too much silliness in the past, and few will be motivated to spend much time on alternate cosmologies. I agree but in my case I have published most of the ideas in refereed journals and I believe that they are physically sound. I believe that in Curvature Cosmology I have such a theory that is much simpler than the BB model and has very few free parameters. It is also easily refutable. You might get some response if you could sketch out a couple of your postulates and some conclusions that differ from standard cosmology. For example, where does the microwave background come from, and how has its temperature changed in the past? Do you predict anything different for supernova light curves or brightnesses? What age do you get? When I have done this the postulates are invariable taken out of context and since they don't agree with big bang cosmology they are dismissed as being wrong! My motivation for writing the book was to provide all of the postulates in the correct context. I repeat that most of the book is about how well the theory fits all of the cosmological observations. There are full explanations about why the usual arguements that condem tired light models are incorrect in this theory. In addition the theory is elegant and the mathematics are much simpler than big bang cosmology. The answers to your other questions is YES. If you look at some of my prvious posts in this newsgropu or in sci.astro.research you will find a brief summary of the book and a table of contents. Alternatively you may visit my website http://www.davidcrawford.bigpondhosting.com What i would like is for some serious comsideration. At the very cheap price of $20 I did not publish the book (Curvature Cosmology: BrownWalker Press) to make money. It is available from Amazon and most online book stores. I have been criticized for suggesting that the background X-ray radiation (in the 10 to 300 kev region) is due to thermal bremstrahhlung because in BB cosmology the required density is too large. I agree the theory has to be considered as a self-consistent whole. However, I didn't think the X-ray background spectrum is consistent with thermal brehmstrahlung. Isn't it a power law? Partly correct. The emission less than about 10 kev and above about 300 kev is due to discrete sources. However this intermediate range is not well explained in big bang cosmology. |
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Challenge to Big Bang cosmology
"David Crawford" wrote in message news David Crawford wrote: This is a follow-up to my previous posts about my book (Curvature Cosmology: BrownWalker Press) Most of us have seen far too much silliness in the past, and few will be motivated to spend much time on alternate cosmologies. I agree but in my case I have published most of the ideas in refereed journals and I believe that they are physically sound. HAHAHA! Like pomposity carries weight? Oh well, at least *you* believe you. |
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Challenge to Big Bang cosmology
[Potentially jumping into the middle of a discussion ...]
"DC" == David Crawford writes: DC David Crawford wrote: This is a follow-up to my previous posts about my book (Curvature Cosmology: BrownWalker Press) Most of us have seen far too much silliness in the past, and few will be motivated to spend much time on alternate cosmologies. [...] I have been criticized for suggesting that the background X-ray radiation (in the 10 to 300 kev region) is due to thermal bremstrahhlung because in BB cosmology the required density is too large. [...] I didn't think the X-ray background spectrum is consistent with thermal brehmstrahlung. Isn't it a power law? DC Partly correct. The emission less than about 10 kev and above DC about 300 kev is due to discrete sources. However this DC intermediate range is not well explained in big bang cosmology. Amplifying Steve's comments, you haven't answered his question. Your prediction is that the spectrum has a certain shape. That's not what Steve recalls (and I'm too lazy to look up the answer right now). What is the shape of the spectrum in the 10--300 keV range? More generally, this is one of the reasons that Steve indicates that we've seen lots of silliness here. The Big Bang model makes essentially no prediction about the 10--300 keV portion of the spectrum. The Big Bang model is that the Universe was hotter and denser in the past. That's it. As we look back in time, we see a Universe that is hotter, as measured by the cosmic microwave background. However, the CMB was generated at a time when the Universe had a temperature of only a few eV, certainly nowhere near 10 keV. No (electromagnetic) radiation can reach us from the time when the Universe had a temperature of 10 keV. What I suspect you mean is that, if the 10--300 keV part of the spectrum is due to thermal brehmstrahlung, then the implied matter density of the Universe is much larger than is allowed by other measurements. -- Lt. Lazio, HTML police | e-mail: No means no, stop rape. | http://patriot.net/%7Ejlazio/ sci.astro FAQ at http://sciastro.astronomy.net/sci.astro.html |
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