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When I answer this question I am in full "disclaimer" mode, lol. If you read my disclaimer you saw that when I conduct a thread I sometimes say things that I have never said before, and they begin to find a place in my model. Sometimes they are quickly debunked and discarded, and sometimes they slip through the worm holes of the space between observation and maths and become established as part of the model (if I may invoke a little layman literary license). This explanation is like that.
Originally posted by CLPrime
Also, I noticed this:
Gravity is very strong in the close quarters of the early arena, and so particles clump together, atoms and molecules form and they clump together ...
Is gravity the only force in your hypothesis, or does it include electromagnetism and the strong nuclear force as well? Because it's well-established that these forces hold atoms together, not gravity. Unless you're saying it was gravity initially, and then gravity was later replaced by the other forces at these small scales.
I am hypothesizing that they are very very very high frequency, but I have no way to detect them and/or calculate them.
Originally posted by swan001
reply to post by BogieSmiles
What would be the wavelength of these outflowing/inflowing waves? Any way we can calculate them?
I am positive that it will take you where you want to go if you apply it and contemplate all possibilities.
Originally posted by DJOldskool
reply to post by BogieSmiles
It is not that hard to learn Physics, honest. Its not simple and will require a lot of thought, but too many are fascinated by Physics but scared of the Maths. Although I was good at math, I never learnt anything after 16 years old.
To start:
Make sure you understand Algebra, www.khanacademy.com will help you brush up. Then join www.Udacity.com and take the PH100 intro to Physics course (short vids and questions with great forum). It is awesome to really understand the maths behind simple motion, I loved it.
Once you have had this taster, learn calculus and then you can take more in depth Physics courses.
I have gone through the videos in MIT OCW highlights of calculus and will now do Udacity's PH222 Maths Matters: Differential equations. I am doing lots of studying in Computer Science, Physics and Maths online for free. I will see if it takes me anywhere.
the rate of inflation relative to the off setting force of gravity as always produced accelerating separation because energy density equalization is stronger than gravity
When a particle spins it has an orientation that allows it to be approached perpendicular to the spin, i.e. in line with the axis of the spin. The effect is the origin of electromagnetism because approaching particles are guided to the axis of the spin and away from the direction of the spin.
For me it is like shooting in the dark . We know acceleration happens. Though I invoke my scenario of preconditions to the big bang in order to explain how a big bang could occur, how dark energy might emerge from a big bang, how particles might form with separation momentum, how separation momentum might be conserved right up to galaxy separation, and how equalization might drive expansion in a possible multiple big bang landscape, I may not have the right hypotheses and I know I'm not qualified to answer the "how" of acceleration. If the "epoch" after matter formation was not characterized by the force of equalization exceeding gravity, and if the decline in the force of gravity during that epoch wouldn't let more of the full force of equalization be realized as the separation plays out then there might be a better explanation that I haven't come up with yet.
Originally posted by CLPrime
reply to post by BogieSmiles
You got so close to answering my question, and then just stopped. Can you support your cliffhanger here? Because it would seem that the "urge" for the energy density to equalize would lessen as the energy density inside nears the energy density outside. That's how it works in real-world diffusion.
If the internal energy density never approaches the external energy density, then you have two options:
1) the internal energy density is infinite relative to the external energy density
2) the internal energy density approaches the external energy density asymptotically
The first option is easy to reject because it involves infinite energy and infinite diffusion, thus causing infinite inflation. That many infinities is hardly viable.
So, it must be the second option. In which case, my original argument stands: the equalization of the internal and external energy densities must decrease with time, leading to slowing expansion. Even the dispersion of gravity doesn't solve the problem because the expansion slows all on its own, even devoid of any counteraction on the part of gravity.
edit on 3-9-2012 by CLPrime because: (no reason given)
Originally posted by CLPrime
reply to post by BogieSmiles
When a particle spins it has an orientation that allows it to be approached perpendicular to the spin, i.e. in line with the axis of the spin. The effect is the origin of electromagnetism because approaching particles are guided to the axis of the spin and away from the direction of the spin.
Electromagnetism doesn't cause particles to head for the poles of other particles. A positive particle will attract a negative particle (even at the "equator") and repel a positive particle. This only manifests as poles when you get a bunch of particles together and create a magnet. Can you explain how a solid collection of spinning particles will cause another solid collection of spinning particles to head for a certain end while being repelled from the opposite end?
Originally posted by BogieSmiles
Feel free to offer suggestions if you can put yourself into a role of trying to brainstorm accelerating expansion given the preconditions I use.
I was contemplating what you said after I went to bed and had to get up to post this so I wouldn't forget by in the morning, lol. You hit the nail on the head or at least boosted my thinking about the energy density history of the surrounding space and how it could in fact be falling in energy density outside our arena even as our arena's energy density declines. Remembering the history, our two parent arenas, which have higher energy density than the deep corridors of continuity between arenas actually overlapped and doubled the energy density in the overlap space. Our crunch formed in space that had that double wave energy density of the parents. Then too, the parents are still equalizing with the space surrounding them, so the conditions are set to allow the overall energy density surrounding our arena to also be declining as our energy density declines.
Originally posted by CLPrime
Originally posted by BogieSmiles
Feel free to offer suggestions if you can put yourself into a role of trying to brainstorm accelerating expansion given the preconditions I use.
One thing that comes to mind is the possibility that the creation of other "arenas" at a sufficient rate could cause the overall external energy density to drop. If the drop in external energy density is more rapid than the equalization, then the equalization/expansion will accelerate.
Also, as an aside, what's encouraging to me is that the math to describe your hypothesis should be relatively easy to work out.
Do you mean like in String Theory, Susskind's bubble landscape. If so, I am familiar with that being applied to multiple universes, separate and not interactive or interconnected. His concept of the bubble landscape allows for different physics in each bubble, I think. In my model the interconnectedness and the invariant laws of physics are universal, and there is only one universe. I did describe the parent arena concept, and the concept that not all of the galactic material in the parents gets caught up in the overlap space and thus much of it escapes the big crunch and so, we have a new big crunch/bang right in the middle of the space from which the escaping galaxies of the parents have vacated. That is the interconnectedness and that differentiates my arena landscape from a "landscape arena" that you mentioned.
Originally posted by swan001
reply to post by BogieSmiles
Just to be clear, you do know that a "landscape arena" is usually used at representing multiple universes conditions possibilities? I just want to know if I am getting the right pictures.
Originally posted by CLPrime
reply to post by BogieSmiles
Interestingly enough, I had the thought not too long ago to attempt to describe electromagnetism and the strong nuclear force with a mechanism similar to gravity, as opposed to them being fundamentally bosonic (the opposite direction that current GUT-physics is taking). Finding such a solution would be similar to solving your problem...so, if I was willing to allow for a curved spacetime view for 3 of the fundamental forces, then I'm also more than willing to accept that there could be a solution to the electromagnetism and strong force issue in your hypothesis.
The problem, of course, is coming up with it.