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Originally posted by Mary Rose
Originally posted by buddhasystem
We got it covered, and regurgitating serves no useful purpose.
You represent everyone?
Originally posted by Mary Rose
A person evaluating Haramein's work needs to have studied all the unanswered questions in physics.
Originally posted by buddhasystem
A person evaluating Haramein's work needs to notice that the number for the mass of proton he arrives to is ludicrous, and that the "fluctuation" he wants to use is a completely arbitrary number required for singularity to appear, and that this model contradicts the structure of proton we readily observe in experiment.
Originally posted by Mary Rose
Originally posted by buddhasystem
A person evaluating Haramein's work needs to notice that the number for the mass of proton he arrives to is ludicrous, and that the "fluctuation" he wants to use is a completely arbitrary number required for singularity to appear, and that this model contradicts the structure of proton we readily observe in experiment.
You don't sound comprehensive to me.
Well there is one thing I'm going to regurgitate one more time because I thought Mary agreed with it but then it seems like she ignores it:
Originally posted by buddhasystem
Originally posted by Mary Rose
Going forward, I think it would be helpful to discuss Haramein's theory without reliance on scientific dogma or scientific authority figures as established in the mainstream.
It has been done in this threads and prior ones on same subject. There were a number of basic inconsistencies already exposed, which makes this a non-theory. We got it covered, and regurgitating serves no useful purpose.
What about in the context of experimental observation?
Originally posted by Mary Rose
I have made some notes from Haramein's "The Schwarzschild Proton Manifesto":
- Concerns about the Schwarzschild Proton are valid within the context of the standard model, but not within the context of unification issues.
Originally posted by Mary Rose
The scientific method of proposing a hypothesis and testing it works well in many areas but in advanced theoretical physics where we are seeking an overall understanding, things are not as cut and dried.
These statements are true, but they do nothing to support Haramein's theories over any other theory.Accepted thinking in science can change rapidly.
There are many issues in physics still open for debate. A long list is cited, the first item of which is "vacuum catastrophe."
Originally posted by Mary Rose
reply to post by buddhasystem
Fair enough. But I'm an excellent researcher.
Originally posted by Arbitrageur
Experiment is the final arbiter and Feynman and Mary agree on one thing, the name of a scientific authority (or non authority as the case may be) coming up with the theory doesn't matter, if observations don't confirm the theory.
Originally posted by Arbitrageur
What about in the context of experimental observation?
-The mass of the proton
-The internal structure of the proton
Originally posted by Arbitrageur If an idea can't be confirmed with experiment or observation, then it seems to me like it's less of a science and more of a religion . . .
Originally posted by Arbitrageur
. . . the proton is a known object with observable properties that don't agree with Haramein's theory.
Originally posted by Arbitrageur
These statements are true, but they do nothing to support Haramein's theories over any other theory.
Originally posted by Mary Rose
Originally posted by buddhasystem
A person evaluating Haramein's work needs to notice that the number for the mass of proton he arrives to is ludicrous, and that the "fluctuation" he wants to use is a completely arbitrary number required for singularity to appear, and that this model contradicts the structure of proton we readily observe in experiment.
You don't sound comprehensive to me. You sound narrow.
I look forward to some fresh voices on this thread.
Actually there are different forums on ATS with different rules. This thread is in the "Science and Technology" forum where claims need to be backed up by evidence.
Originally posted by Bobathon
I guess this is henceforth a "Mary's fantasies" thread.
Nothing wrong with that. Just so long as it's clear.
So actually, that thread can be the "Mary's fantasies" thread, no evidence is needed.
ATS Skunk Works: This forum is dedicated to the all-important highly speculative topics that may not be substantiated by many, if any facts and span the spectrum of topics discussed on ATS. Readers and users should be aware that extreme theories without corroboration are embraced in this forum.
I fully expect there will be changes to the standard model, but none of them will conceivably say that we can't observe the internal structure of a proton as consisting of quarks, when in fact we can observe that. That's a consequence of Haramein's theory, that the internal structure of the proton can't be observed.
Originally posted by Mary Rose
Originally posted by Arbitrageur
What about in the context of experimental observation?
-The mass of the proton
-The internal structure of the proton
Again, I think you’re relying on the “standard model,” and I think you’re not allowing for the possibility that changes need to be made to it.
why wait? aspects of it can be tested now and be shown false. If this isn't his final product then let's wait until he has a product worthy of testing before we test it, though I can't imagine his final product will be much better. But at least you admit it must be verifed by observations.
At some point in time, which may not even be in our lifetime, Haramein’s final product will have to be verified by observation in some manner.
Observations aren't the same things as opinions. Again, they are the foundation of science because they can be independently replicated by different labs and people. Observations are what makes science independent of opinion. It would really help to understand this.I believe that this is your opinion.
Originally posted by Arbitrageur
. . . the proton is a known object with observable properties that don't agree with Haramein's theory.
I am not convinced you’re right.
Originally posted by Arbitrageur
Actually there are different forums on ATS with different rules. This thread is in the "Science and Technology" forum where claims need to be backed up by evidence.
Mary started another thread about Haramein which ended up in "Skunk Works", a place where you can post all the fantasies you want and no evidence is needed...
So my vote would be to follow the ATS guidelines and put the fantasies in the other, skunk works thread, and stick to science in this thread, as long as it remains in the "science and technology" forum.
Originally posted by Arbitrageur
Also, you have provided no real scientific counter-argument and have just claimed ignorance because you're not a scientist.
Originally posted by Arbitrageur
I fully expect there will be changes to the standard model, but none of them will conceivably say that we can't observe the internal structure of a proton as consisting of quarks, when in fact we can observe that. That's a consequence of Haramein's theory, that the internal structure of the proton can't be observed.
What happens when you look inside a proton?
-in an actual proton: we see point-like constituents (quarks), and a measurable distribution of charge. Things don't disappear.
-in a Schwarzschild proton: there is an event horizon of 1.32fm radius, and nothing that crosses this horizon can re-emerge. There is no way of looking inside.
This also follows directly from General Relativity. This messes up our proposed way out of the mass problem, because if the full mass of the black hole is experienced at short distances, then any electron or other particle used to probe inside a proton would simply vanish, making the mass black hole grow slightly. This follows from the definition of the Schwarzschild radius, which is what Haramein has used. It's a space-time horizon. Beyond this horizon, all possible measures of time are directed spatially in, and only in. Out ceases to exist, except in the past.
Yet many particle experiments, in particular all those that have done some form of deep inelastic scattering, make it clear that we can probe inside a proton.
(New Agers should note that this 'deep' doesn't mean profound and mysterious and cosmic, it just means you magnify your proton a lot so that you can look a long way inside. Though I like it when French physics journals call it diffusion profondement inelastique.)
How does Haramein deal with this discrepancy from reality?
He doesn't.
What could we do to deal with this problem? I've no idea. I'll have a think, but this is starting to get a bit silly.
Well, when one ignores the complexities involved, and fails to realize that our understanding of black holes and their horizons at the fine edge of physics is still being explored and is nowhere close to complete, and that some of the greatest and most respected physicists are becoming aware that these dynamics may be related to particles in the quantum world, then one can make blanket conclusions as the gentleman has attempted. However, there is sufficient knowledge to understand that we have yet to completely describe what happens at and near a horizon. The landscape of a nucleon is poorly understood and many assumptions are made to interpret results from experiment. This is why in the list of unsolved problems in physics under Nuclear physics, the entry Quantum chromodynamics specifies:
What are the phases of strongly interacting matter, and what roles do they play in the cosmos? What is the internal landscape of the nucleons? What does QCD predict for the properties of strongly interacting matter? What governs the transition of quarks and gluons into pions and nucleons? What is the role of gluons and gluon self-interactions in nucleons and nuclei? What determines the key features of QCD, and what is their relation to the nature of gravity and spacetime? [emphasis added]
These issues are, as well, related:
Proton spin crisis
As initially measured by the European Muon Collaboration, the three main ("valence") quarks of the proton account for about 12% of its total spin. Can the gluons that bind the quarks together, as well as the "sea" of quark pairs that are continually being created and annihilating, properly account for the rest of it?
Quantum chromodynamics (QCD) in the non-perturbative regime
The equations of QCD remain unsolved at energy scales relevant for describing atomic nuclei, and only mainly numerical approaches seem to begin to give answers at this limit. How does QCD give rise to the physics of nuclei and nuclear constituents?
Black holes may have "hair" - effects that reach through and beyond the horizon creating measurable effects. Perhaps all the information in black holes is preserved, as would be expected if conservation laws are to remain valid.
We are investigating effects such as those caused by torque and Coriolis forces at the horizon that may significantly change our view of entropy, and may perhaps allow us to explain other subatomic particles using an approach similar to our current paper.
Originally posted by Mary Rose
[post removed by staff]
That's nonsense. Deep inelastic scattering results precisely agree with QCD as to the straightforward point-like nature of the constituents and the complete absence of an event horizon.
The landscape of a nucleon is poorly understood and many assumptions are made to interpret results from experiment.