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Originally posted by Bobathon
Quantum physics is entirely about causation.
Originally posted by Mary Rose
Here's Nassim:
. . . the "strong" force . . . is fully accepted in the "standard model". It is sometimes estimated to be as much as 38 to 41 orders larger than the gravitational attraction. . . .
It is crucial to note that these wide variations occur because the standard model here becomes very fuzzy. It fails to specify a source for such a force and the current schemes for its mechanisms are extremely tentative. In fact, there is no analytical solution to LQCD, no mathematical proof that the current standard model scheme, which includes gluons and the color force, is anywhere correct. It is often described as the most difficult and obscure force to calculate. This is why you find these sinuous statements on the Wiki QCD page . . .
Let me answer your question with a question.
Originally posted by Mary Rose
If by "specify a source for such a force" Haramein means causation, as I am interpreting him, are you saying that the cause of the strong force is established by mainstream science?
The latter, of course!
Originally posted by Mary Rose
Would it be accurate to say that you have resorted to an ad hominem?
Or is this an objective scientific observation?
I responded to that above, and the clip of Feynman is very relevant to it. Don't throw it in my face without trying to understand and then just ask the same thing again.
If by "specify a source for such a force" Haramein means causation, as I am interpreting him, are you saying that the cause of the strong force is established by mainstream science?
Hmm, sure. That'll be it.
Originally posted by Mary Rose
It could be you that doesn't understand Haramein.
All I've ever seen you do is take things to mean whatever you'd like them to mean and ignore what was intended, so that doesn't surprise me!
Originally posted by Mary Rose
I take that to mean you're not interested in a civil discussion about Haramein's response.
Originally posted by Bobathon
All I've ever seen you do is . . . ignore what was intended.
As I pointed out in this post, Bobathon asks how Haramein addresses the fact that experimental results show the mass of the proton is much lighter than Haramein's theory says.
Originally posted by Mary Rose
But if you're interested in rebutting the specific quotes, I would be interested in reading your rebuttals.
Originally posted by Mary Rose
reply to post by Bobathon
Actually I'm just being nice to you because you came on this thread and complained about my series of posts (page 25) showing Haramein's response to your original criticism .
Originally posted by Bobathon
The 'Standard Model' takes as its starting point the strong interaction, the electro-weak interaction, and a set of fundamental particles with various properties.
While our initial calculation of the mass of the Schwarzschild proton indeed gives a large figure, we go on to suggest that this mass/energy is already present in the standard model in terms of confinement (although yet to be accounted for by the standard model) so that what we ordinarily measure as mass (involving measurements made far away from the highly curved region of spacetime near a Schwarzschild proton) is far less than we would measure in regions of high curvature.
Mass may depend on the position of the observer. Similar concepts are being explored by others as well. One promising approach is by:
Yuan K. Ha, A New Theorem for Black Holes, March 2007.
See: arxiv.org...
From the abstract:
"A new theorem for black holes is established. The mass of a black hole depends on where the observer is. The horizon mass theorem states that for all black holes: neutral, charged or rotating, the horizon mass is always twice the irreducible mass observed at infinity."
Dr. Ha has shown that mass is dependent on the location of observer, and that the mass one measures is less when you are far away. So, for example, a Schwarzschild proton will have a larger mass when measured close to its horizon.
I am planning on addressing the mass issue directly in an upcoming paper, showing that the solution to the Schwarzschild proton, which was only a first order approximation, should be addressed in a Haramein-Rauscher metric, where torque and Coriolis effects are accounted for and the mechanism for the vacuum interaction with the event horizon is the result of a structured and polarized vacuum, as initially described in our earlier papers.
In one way the Schwarzschild proton elucidates the fact that the energy potential necessary for confinement must be accounted for and in the final copy of The Schwarzschild Proton (not available on the net yet as it is in the publishing process) we calculate the mass dilation resulting from a proton rotating near relativistic speeds and find that at a velocity of 10^-39 slower than C, the proton exhibits the mass of a Schwarzschild entity. From there, I am planning on addressing the mass issue directly in an upcoming paper, showing that the solution to the Schwarzschild proton, which was only a first order approximation as mentioned above, should be eventually addressed in a Kerr-Newman and more importantly in a Haramein-Rauscher metric, where torque and Coriolis effects are accounted for. These effects may show that the distortion of the metrical space at the surface event horizon of the black hole structure produces turbulence and high curvature that may not be detectable from a simple long-range mass spectrometer or scattering experiments, which do not examine the highly curved structure near and at the horizon. In this case the black hole has hairs due to Coriolis effects on the structure of spacetime (Others have come to similar conclusions from completely different approaches arxiv.org... arxiv.org... arxiv.org... arxiv.org...), and it is in that fashion that I am planning on explaining the reason why the current so-called rest mass of the proton is so far off the Schwarzschild condition and the apparent trend of other organized matter in our Universe.
we calculate the mass dilation resulting from a proton rotating near relativistic speeds and find that at a velocity of 10^-39 slower than C, the proton exhibits the mass of a Schwarzschild entity.
He says the latest version of his paper isn't available online. Previously, he had the protons going at the speed of light, which would have given them infinite mass. At least by slowing them down by ten to minus 39 power he has lowered the mass from infinity to "only" 885 million metric tons, though he still has a lot more 'splainin' to do about why we measure 1.67 trillionths of a trillionth of a gram, there's not a black hole hairy enough to explain that discrepancy.
Originally posted by buddhasystem
Ten to minus 39 power is virtually zero.
Just another factor he needs to fudge in to explain the glaring holes in his paper.
Originally posted by Arbitrageur
how we can observe that the proton consists of 3 quarks, which should be impossible
Originally posted by Mary Rose
People who are interested in Haramein's theory are wasting their time debating with his critics,
because no matter what the issue is, the critics stand back with their arms folded and a sneer on their virtual faces
Originally posted by buddhasystem
I think they are wasting their time reading the charlatan's publications, instead of trying to learn physics in their spare time, if such is their interest.