Davidlpf
Muse
But I stand on what I was saying that the scientists are just saying there is evidence pointing to a source of dark matter by the production of the excess gamma rays.
You cannot demonstrate that a new form of matter exists based on evidence you collected from a telescope.
I used exactly the same logic you did! I took an ordinary observation and turned it into "evidence" of whatever I want.
The gamma rays "might be" caused by any KNOWN force of nature.
It's not possible however for these wavelengths of light to have been created by dark matter because dark matter has never been shown to emit such wavelengths.
My "God did it" theory is at least as "scientific" as any "dark matter did it" theory in that respect.
There is a theory that dark matter may be made of particles that annihilates to electrons and positrons and that this produces gamma rays. There is no "demonstration" of this except a possibility that Fermi has detected these gamma rays.
My logic is that you do not know what the authors of the paper acually said in their conclusion.
Their conclusion was not that dark matter emitted the gamma rays.
Their conclusion was that new physics (e.g. the decay or annihilation of dark matter) or new astrophysics is the mechanism producing the excess gamma rays.
So your original logic was wrong and there is no fallacy.
It is the Sun.
Did you know that the Sun is a bit closer to us than other stars?
Have you heard of the inverse square rule for the intensity of radiation?
Only if those known forces have been misunderstood.
As has been explained to you repeatedly, the point is precisely is that known sources cannot account for the spectrum observed by these experiments.
Something isn't possible because it hasn't been shown? That literally makes no sense.
You could have a theory that says "there is a god and he makes this particular spectrum of gamma rays". Go ahead and construct it. If the spectrum god makes according to that theory agrees with Fermi, that's evidence for it - so yes, you're right, Fermi is evidence for a specific theory of god. Of course we also have a theory of dark matter that agrees with Fermi. So how to we compare the two? Answer: by counting the number of parameters, or alternatively by another measure of the complexity of the theory.
To be a contender, the theory has to be able to predict the results of all the experiments we might do.
In a nutshell, that's the reason the DM theory is vastly preferred - it has far fewer parameters, it's coherent and much simpler, and it explains the available data just as well. (It's also falsifiable, but your god theory would be too if you specified it precisely enough.)
But I stand on what I was saying that the scientists are just saying there is evidence pointing to a source of dark matter by the production of the excess gamma rays.
That's pretty much a given. You seem to find it to be quite the revelation that stars even emitted annihilation signatures. The whole industry still *IGNORES* the role of electricity in space.
How do you know that?
Even assuming that was true, that is absolutely no excuse or justification for "making up" a mythical source of gamma rays.
It's a push then because you have two unverified parameter (DM exists & DM emits gamma rays) as do I. So my God theory is evidently a "scientific solution" to this observation too?
Assuming I ascribe "God" with every single parameter that you assign to 'dark matter', how exactly did you intend to falsify my God theory?
*If* you could demonstrate that "dark matter" actually exists *and* you could demonstrate it emits gamma rays *THEN* (and only then) is it a viable possibility. Since nobody can show that DM exists or emits gamma rays, it's simply an ad hoc construct.
That statement is simply incomprehensible. Nearly everything done in astrophysics directly concerns the role of "electricity" in space.
If you'd read any of the relevant literature, you'd know. Are you saying you haven't?
Something has to explain the discrepancy. We've been over this - it's either something new, or it's something known but misunderstood. Both approaches are being pursued by many people.
OK, you don't know what "parameter" means. Try looking at one of the models you find so hard to accept and you'll see what they are.
Er no. 20 years ago we couldn't show the top quark existed. It doesn't mean that 20 years ago the top quarks existence wasn't a viable possibility.
It certainly doesn't explain all of particle physics. It does a very good job explaining a lot, but by no means everything.Anything and everything is a "possibility", but "probability" (I used the term "viable" in that sentence) is equally important. *Many* of the particles of the standard model had already been identified and confirmed 20 years ago. A few key pieces remained to be seen, and even today the Higgs Boson has yet to be observed in empirical experimentation. 20 years ago it was pretty clear the that the standard model did an excellent job "explaining" all the key elements of particle physics theory. (Note that SUSY particles aren't even a part of standard theory).
Unless you have definitive evidence of the non-existance of SUSY particles, the above is quite simply a baseless assertion.Whereas there was a "probability" that someone would eventually find the top quark 20 years ago, there's still no "probability' that any SUSY particle will EVER be found.
What the hell does "all we have to do is turn up the "electricity"" mean?We point Rhessi at the Earth and we see gamma rays from discharges in the Earth's atmosphere. We point Rhessi at the sun and see annihilation wavelengths during flares. There are at least a half dozen possible "sources' of gamma rays in just this one solar system. No doubt when we look out at *hundreds of billions of solar systems in a galaxy* we will likely observe a lot of gamma rays. If we need more of them, all we have to do is turn up the "electricity" and a known source of gamma rays in nature will produce more gamma rays.
Yet another assertion with nothing to back it up. Unless of course you can show us a calculation of this probability.The "odds" of "dark matter" being responsible for gamma rays is one in a million at best.
The same could be said of the top quark 20 years ago. The main reason being that our colliders weren't energetic enough. We got a higher energy collider and whadaya know. We found the top quark.It's never been seen on Earth in a real experiment, not one single time.
Please define "electricity".Gamma rays occur naturally here on Earth every single day due to "electricity".
Even if this were the case, still doesn't explain galactic rotation curves. Oh and I'm expecting to see a full quantitative explanation of the data. SInce you are so sure you're right that must be pretty straightforward.I don't need no stinking "dark matter" to explain gamma rays of any quantity.
What are you talking about? My argument was that your assertion that dark matter didn't exist because it hadn't been seen in a lab was, based on history and common sense, a ridiculous one. This has nothing whatsoever to do with Occam's razor.If we take an Occum's razor to your argument, I'm afraid it's toast.
Again, please define "electricity".There is a plentiful and abundant source of gamma rays to be found in simple "electricity".
So Fermi has observed "empirical" evidence of God?
My impression is that you find these premises to be weak?
It's a push then because you have two unverified parameter (DM exists & DM emits gamma rays) as do I. So my God theory is evidently a "scientific solution" to this observation too?
Assuming I ascribe "God" with every single parameter that you assign to 'dark matter', how exactly did you intend to falsify my God theory?
Weak in comparison to any theory related to electrical discharge theory, yes, absolutely. Nature has already demonstrated a very simple way to generate gamma rays and it puts on that show right here on Earth every single day. There are many bodies in any solar system, and the larger ones seem to have the largest discharges. Saturn's discharges are *enormous* compared to discharges here on Earth. The bigger the body, the larger the discharge.
The only variables required in any discharge theory will be related to the number and intensity of the discharge. Any theory that requires more than these variable, and has never been demonstrated to occur in nature is unjustified and unnecessary. It's that unnecessary part that kills your argument IMO. Occum's razor isn't kind to a DM source of gamma rays and there are a number of bodies inside our own solar system that experience discharges and annihilation in the atmosphere. DM theory is utterly unnecessary in terms of explaining gamma rays.
If you look at the Fermi image, the galaxy is the most obvious feature. The reason is obvious too. There are hundreds of billions of possible gamma ray sources in every sun and every planet in the galaxy. Over time we will observe a concentration of these emissions in and around the solar systems of the galaxy and distant galaxies as well. It's related to atmospheric discharges and they happen every day here on Earth.
It certainly doesn't explain all of particle physics. It does a very good job explaining a lot, but by no means everything.
Unless you have definitive evidence of the non-existance of SUSY particles, the above is quite simply a baseless assertion.
What the hell does "all we have to do is turn up the "electricity"" mean?
'science' is often misused as a term. It literally means knowledge. (political science, christian science, computer science)
More commonly, though, people use it to represent knowledge about nature. That scientific investigation is trying to learn about natural processes. This excludes supernatural processes, so theories that incorporate 'God' are not considered scientific.
It looks falsifiable enough exactly as you originally wrote it.
If the results are negative, it's falsified.
Ah. This is the root of it. It's not so much that DM->gamma rays is obviously wrong, it's just that it competes with your pet theory.
So you did. Feel free to pretend it was in my original response.I intentionally used the term "key" by the way.
Well it doesn't unify the three non-gravitational forces. It doesn't really explain the neutrino masses. And it does contain quite a few free parameters.What exactly does it not explain that you feel is somehow critically important to particle physics theory?
There are good theoretical reasons for thinking they might exist. Due to symmetry properties much like the existence of the top quark was inferred from symmetry principles. They could also help explain at least one of the shortcomings of the SM I mentioned above. And at least one I didn't mention. And that's before we even mention DM.The assertion that they exist is baseless.
Much like the top quark twenty years ago. The top quark didn't just suddenly come into existence for the first time when it was found at Fermilab though.The assertion they emit gamma rays is a baseless assertion. No such particle has ever been confirmed to exist in any empirical experiment done to date.
Maybe you should actually read up about what you're arguing against then.I have no evidence any such particle will ever be found, and no evidence that any such particle would emit gamma rays, positrons or anything else.
I personally had no evidence for the existence of the top quark in the early 1990's. What's your point?I have no evidence they exist at all, so pointing at the sky and claiming "dark matter did it" is a baseless assertion.
And you think there is no evidence of gamma rays from high-energy particle interactions?At least the statement "electrical discharges did it" has empirical support here on Earth and throughout our solar system.
Where? Either you have a quantitative model to defend or you have nothing. Which is it?If we need more gamma rays, we need more discharge to occur. If we need larger discharges all we have to do is crank up the current flow.