One of my goals here and atm is to learn as much as I can about the plausibility of the big bang theory and related hypothesis.
The BB is fundamentally flawed, both philosophically, and scientifically. I have included at the end of this post a short description I wrote elsewhere about some of the reasons why the BB should be rejected.
As Paul Davies{and presumably anyone who supports BB} says to consider space as a piece of rubber that is expanding like a stretched balloon and that it’s not the galaxies that are moving{matter by itself}, but the expansion of space carrying the galaxies apart.
Yes, that is the standard nonsense.
Now obviously that’s an analogy, but I was under the impression that HE actually suggests that we can legitimately visualize such a happening, and if so, he’d be saying/reifing space, but not just by analogy, in reality and visually aided by the balloon analogy and presumably “confirmed” mathematically.
So is space expanding/unwinding just mathematically or actually?
Davies is not alone; cosmology is in an abysmal state, theoretically. (It is ironic since there is an almost literal explosion of physics data about the cosmos being ushered in with new technology.)
See my short post below.
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I disagree. The theory itself is an abomination, both philosophically and scientifically. We are not here talking about “difficult issues on matters of detail” but rather fundamental flaws which disqualify the theory from serious consideration. I cannot here list and describe the many dozens of substantial contradictions of the standard Big Bang theory, but I can at least highlight a few.
The most obvious contradiction is at the very heart of the theory, the notion of an expanding universe. The standard Big Bang theory does not say that the “universe” is expanding into some other part of existence, but rather that the expansion is of space itself. The usual analogy given–in both the technical and popular literature–is that of a balloon marked with a large number of dots on its surface. As the balloon inflates the distance between the dots increases, supposedly analogous to the increasing distance between galaxies in the expanding universe.
The analogy fails for several reasons, most importantly because as the surface expands the balloon itself expands into existing space; the universe is, all that is, and there is nothing into which the universe can expand. One not need be a physicist to discount such an absurd notion; indeed the notion of expanding space can be rejected on philosophical grounds alone. (Not even to mention that this supposed new space comes into existence already equipped with the necessary zero-point energy.)
Another devastating contradiction has to do with the observed existence of cosmological structures of such a scale as to require much more time to form than the supposed “age” of the Big Bang universe. When plasma physicist Eric Lerner, noted critic of the Big Bang theory, first proposed this age-scale notion in his book “The Big Bang Never Happened,” he may have overlooked some facts which led him to the right conclusion, but without full justification. However, since the time of Lerner’s criticism the largest known coherent structure in the universe has been identified, a supercluster of galaxies measuring some 600 million light-years across (“Celestial Zoo Gains Some Exotic Specimens,” _Science_, 291, p. 578, 2001). This supercluster is at a distance of some 6.5 billion light-years away, and its existence cannot be accounted for so early in the cosmic history of the supposed Big Bang–more time than the “age of the universe” is required for this huge structure to have formed.
One more obvious silliness about the Big Bang theory is its endless positing of the existence of exotic yet unknown states of matter and energy in order to account for the observed discrepancies of what the theory would otherwise predict. Analysis of the recently announced Wilkinson Microwave Anisotropy Probe (WMAP), which puts the “age” of the Big Bang universe at 13.7 billion years, identifies the atomic matter known to us as representing a scant 4% of the universe, with the remaining 96% consisting of supposed dark matter and dark energy. What this actually represents is a theory having failed to account for what is observed, manufacturing vast amounts of mythical unseen matter and energy in an attempt to make up for what the theory lacks in principle.
These are just a few of the reasons why it is incorrect to call the Big Bang theory “an example of good, rational science.” Good and rational science does not contradict fundamental philosophical principles, nor does it manufacture myths to account for what it does not explain. There are so many adjustable parameters in the Big Bang theory that, like silly putty, it can be squeezed into virtually any shape required, while attempting to explain new observations. By contrast, good and rational science deals with fundamental principles which explain the nature of the entity being studied; for cosmology to make sense of the universe on the scale with which it deals, it must first reject the standard Big Bang theory.
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