I carried this over from the 'Time & Relativity' thread as I was getting off track.
No ... but it does mean that I am considering Kenosis, a greek theological term : Kenosis is a Greek word for emptiness, which is used as for example Philippians 2:7, "Jesus made himself nothing (κένωσε ekénōse) ..." or "...he emptied himself..."
However, you will find no theology in this post ..... lol ... rest easy
Recently I have been doing my best, with a very small brain, trying to understand Inflationary Cosmology. It took a very long time before Astronomers realised that by examining very small things (particles) it would aid in their examination of the very large (galaxies, etc) Now it appears, that the reverse is also true. Inflationary Cosmology appears to answer many of the problems that Science is burdened with in the Quantum domain. In fact, Inflation is more allied to Quantum Mechanics than it is to Classical.
In short, the Big Bang suffers from many deficiencies, Inflation solves these deficiencies ... and in particular, Chaotic Inflation has become the one I feel actually describes the Universe best, provisionally ... lol. Please note that I do not agree or disagree with the WIKI version of Chaotic Inflation, nor with multi-verses, etc .... perhaps they have merit ... but I am only interested in how Chaotic inflation describes our Universe.
I am indebted to another ToeQuest forum member Michael Turner for his help in describing Gravity as the source of energy for cosmic evolution. Tho I may not be using it in the same way that he does ?
- Spacetime is the overall emission and unification of each and all gravitational fields as they blend and synchronize to align all of known space along a single synchronizing field in which each piece of matter and energy is contributing to non-locally and yet still in control locally. The nature of gravity is both local and non local alignment of gravitational fields as they continuously emit and synchronize. ... Michael Turner
In any case, I have found that Inflation explains everything (?) down to the initial fundamental substance. And, if you can accept it, this FS would only need to 'weigh' a few kilograms, or in one of Andrew Linde's versions of chaotic inflation, it would only need to weigh the same as a grain of dust (10^-5 grams, diameter 10^-33 cm) .... as for all the rest, as Michael says, it just feeds off Gravity ... This Russian, Linde, does not seem to be as well known as he should be ... a pretty remarkable guy.
Anyway, these are my views. At this point inflationary cosmology stops, or does it. What came before ? Can something come from nothing.
Well, I'm starting to think that something can come from nothing. Science, and in particular Classical, would describe 'nothing' as a field. Prior to QM, scientists believed that a complete description of physical reality could be given by specifying the position and velocity of every atom of matter that makes up the universe, (you reading this Tim .. lol) with the introduction of the 'field' concept, they too were given the same treatment, that is, fields were given a value and a rate of change of that value.
And here I am indebted to Tim (Analog) for an excellent classical description of a 'nothing' field ... But Tim also says that measuring this 'nothing' field is too abstract, as all measurments would need to be conducted externally (to the universe ?)
But Quantum mechanics can measure it, and QM also recognises it as a field !
A Field with a zero value. A nothing field. According to Heisenberg this cannot be known with certainty. Or at least it value and its rate-of-change of that value can only be determined to a level of accuracy where their combined uncertainty is greater than Planck's constant.
This means, the way I see it, that just as a particle cannot have a definite position and a definite velocity, so a field cannot have a definite value and a definite rate of change. Further ... The more definite the fields value, the more uncertain the rate of change.
So my question is this:
Why can't a field with a value of Zero, have a wildly fluctuating rate of change ? If you measure its value here at this moment as zero, in the time it takes a nano-second to fart its change could be dramatic, and given fair odds, it could hang momentarily. I don't really want to get involved here in the shapes of energy bowls, etc.
If this question is fair ... then the field of 'nothing' (classical: zero value, zero rate of change) a whisper of a moment after it was measured at zero, could have risen to a value, in only a tiny volume of 'space' as to be picked up by Inflation Cosmology and carried off into a Universe.
A Something from Nothing ??
Whew ..... did I explain that so everyone understood ?? And does anyone have an answer ??
cool bananas ... greg![]()


LinkBack URL
About LinkBacks

Reply With Quote



