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Introducing "Dark Matter"

Elendur

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Maybe, maybe not. I've been at it for 7 years now. Nothing has changed much as a result of any of my publishing or internet efforts.
Internet efforts are pretty much worthless, the best you can hope for is change on an individual scale, unless you're doing something big like Facebook or Wikipedia.
What have you published?

From a skeptics (atheist's) perspective, it's a bit like a "God did it" hypothesis without any falsification mechanism because the CAUSE and the effect ("did it") are unfalsifiable. Where does dark energy come from?
I dunno where it comes from, but didn't you know how theories/hypotheses are made?

The problem from my perspective is that Kristian Birkeland knew more about, and was further ahead in understanding the universe 100 years ago than astronomers of today, most specifically in determining REAL cause/effect relationships. His experimental efforts produced REAL real empirical KNOWLEDGE, and true scientific "predictions" that came out of those experiments. The mainstream today is still groping around in the dark ages. The average astronomer typically knows FAR less about the behaviors of plasma in EM fields than Birkeland did. At least Birkeland understood real physics and real experimentation.
It's kind of unfair to compare his special competence with an average astronomer. Also, you seem convinced that he cannot be wrong.

Ya, but they call it a "big bang THEORY none the less. The difference between hypothesis and theories and "laws" are meaningless and interchangeable terms in astronomy today. Hubble's "law" isn't even a real "law" in the first place, it's a SUBJECTIVE HYPOTHESIS related to "expanding space", another thing that defies laboratory support.
I think you might need to differentiate between the 'dark energy hypothesis', the 'big bang theory' and the 'hubbles law'.
And the difference between the terms is significant, if you don't know about the difference you might want to read up on it (especially since you're discussing about something that is resting upon these definitions).

If they showed more interest in PC/EU theory and/or other forms of pure empirical physics, I might buy the idea that they aren't really emotionally attached to these concepts and their "dark dogma". Instead what you find on the internet in astronomy forums is a pure form of irrational hatred toward a pure form of empirical physics (PC theory) within that community. Why? Whatever limitations it has, it's not like THEIR theories are devoid of limitations.
To call your pet theory the only empirical physic out there is close to hubris (just saying). By the way, is their hatred similar to yours?

Cute. :) The point is that it's only useful in ONE cosmology theory. It serves no other useful purpose other than to save ONE cosmology theory from outright falsification.
And that's why theories/hypotheses are made. To explain things from scratch, or complete the current ones.

It's more a question of WHEN that might happen. My lifetime?
Dunno, doesn't matter.

I suspect that your electronics background actually puts you light years ahead of many "astronomers" today. Many of the worst "haters" have no understanding of even BASIC EM theory, and only 3 of them I've ever met have read a book on MHD theory (plasma physics). I wouldn't be intimidated if I were you.
No, it doesn't put me ahead of the astronomers, you're underestimating the amount of studies required.

People (including scientists) constantly call it "big bang theory". The word THEORY is paraded around IN SPITE of the fact that it's propped up by no less than THREE "hypothetical" entities. Hubble's LAW is nothing more than a HIGHLY subjective, and dubious interpretation of the redshift phenomenon. It requires "space", which is physically undefined to somehow magically 'expand'. That just NEVER happens in a lab. Objects move, but "space" cannot and does not ever "expand" and thereby put more distance between two objects.
Sorry, my bad. I thought you were writing about the 'dark energy hypothesis'.
The 'hubbles law' explains something that is repeated again and again (the redshift), it doesn't offer an interpretation.

You were "mislead". There is no real "explanation" because nobody can even "explain" where dark energy comes from, let alone how space does magic expanding tricks. The terms "dark" aren't even actual "explanations".
The background radiation is a separate issue compared to the dark energy.

*IF* we ASSUME these magical things exist and ignore any need for actual KNOWLEDGE related to empirical testing, then you could call it an "explanation" of sorts.
The empirical testing would be measuring the background radiation in this case, which has been done.

Nah. Some of them perhaps, but there's probably more of them bashing EU/PC theory online right now than are bothered about the failures of their own theories.
Of course all of them cannot be at it, you're underestimating the amount of people working with astronomy.

I've met too many astronomers online to simply "have faith" in them anymore. I've literally been virtually executed for my "sins" of "lacking belief" in their dogma. I've seen how they operate first hand. Dissent isn't to be tolerated.
You mean the way you're totally supporting your option, not accepting anything against it? (That's the impression I'm getting)

Hmm. "Due time" in Birkeland's case was 60+ years. How long should I wait for change before learning about and promoting an alternative theory?
If the current one is correct, forever, if it's not, a tad shorter (as in, I dunno).

Maybe, but then it's no skin off my nose if they change or don't change because I've pretty much given up on them at this point. I'm simply pointing out that they've been sitting on their laurels now for YEARS and done virtually nothing to FIX their BROKEN models. I'm not frantic, I'm just ANNOYED at this point.
Fixing is how it's done. If you expect anyone to get everything done correctly in the first time, you're in for a letdown.
Also, annoyed doesn't explain why you're pushing it so hard and always returning to the topic.

I already know which one is the 'best' one in term of empirical physics. I don't know how else to even begin to grade them.
So you don't know how to grade them? A good start would be not to proclaim one as completely failed.
Also, I doubt you know enough about all models/hypotheses/theories/laws to pass proper judgment (especially since you're confusing a whole lot of them).
An advice would be to organize your arguments and what you're arguing against, that would make it a lot easier for both you and everyone else.

The last time they "worked on" a failure of their theory, it brought us "dark energy". :(
'The last time' isn't really correct, the work is continuous.

I ultimately do trust that truth will prevail OVER TIME, but how long that might be is anyone's guess. I'd rather be a "part of the change" than to sit around and do nothing about bad "dark metaphysical dogma" being taught as "science". I also share your optimism that empirical physics will eventually prevail, but like I said, I have no idea when that might happen. I'll just keep being a thorn in their side till I see some movement or I simply drop dead one day. :)
You're good to go as long as you go at it with an open mind yourself.



So. A final tip would be to organize everything.
List the theories, hypotheses and laws. Know what each and everyone says.
Then go swinging with the arguments, preferably using the list to make your arguments easy to follow.

I had a few more ideas, but forgot them (damn you Youtube!).
 
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Michael

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Internet efforts are pretty much worthless, the best you can hope for is change on an individual scale, unless you're doing something big like Facebook or Wikipedia.
What have you published?

arXiv.org Search

You're probably right about the effect of internet debates, but my motive in terms of online debates was really personal education on my part. In the sense that *I* learned a lot, both about standard theory and PC/EU theory, it was well worth my time IMO.

I dunno where it comes from, but didn't you know how theories/hypotheses are made?

Apparently they mostly spring from human imagination. :)

"Some" ideas, say for instance 'neutrinos', come from ACTIVE EXPERIMENTATION in highly controlled conditions. They pose ideas that can be 'empirically' tested in the lab. Some ideas seem to come right from someone's back pocket (inflation) and have no empirical testing method here on Earth. Ideas/hypothesis can come from a wide variety of sources and vary greatly in their ability to be "tested".

It's kind of unfair to compare his special competence with an average astronomer. Also, you seem convinced that he cannot be wrong.

Anyone can be "wrong", but at least his ideas work in the lab. Right or wrong, they have empirical justification (qualification), not simply QUANTIFICATION like mainstream theories. That has benefits over the long haul.

For instance, Birkeland "predicted" as a result of his controlled experiments that solar flares involved 'electrical discharge' processes. Today there is AMPLE evidence to demonstrate that he was correct. Modern "astronomers" tend to have a hard time accepting the E/circuit orientation to plasma physics and therefore they cannot or will not equate "magnetic reconnection" with "electrical discharges", even though they guy that coined the term 'reconnection' (Dungey) equated the 'reconnection" process with "electrical discharges" in various papers. Astronomers know so LITTLE about MHD theory it's scary IMO. Considering that 98+ percent of the KNOWN universe is in the plasma state, that utterly inexcusable IMO.

I think you might need to differentiate between the 'dark energy hypothesis', the 'big bang theory' and the 'hubbles law'.
And the difference between the terms is significant, if you don't know about the difference you might want to read up on it (especially since you're discussing about something that is resting upon these definitions).

I understand the differences actually. Hubble's law for instance is a distance/redshift relationship. It may or may not be tied to tired light, and/or an expansion of objects process, or even a time dilation process. It cannot be related to 'expansion of space' because 'space' doesn't expand, and 'space' isn't even physically defined in the first place.

What is "space" and how would it "expand'? What physical things would 'expand' exactly?

To call your pet theory the only empirical physic out there is close to hubris (just saying).

I don't see how it's "hubris", it's simply empirical fact. Dark energy doesn't show up in the lab. Dark matter is shy around the lab as well. These two items make up more than 95 percent of mainstream theory. That means mainstream theory is 5% empirical physics, and 95 percent metaphysical gap filler. The only 'competing' theory that seems to have any momentum at the moment in PC/EU theory which INSISTS that the ENTIRE universe is composed of the same things we find here on Earth. It's 100% empirical physics. Now of course other theories might come along some day, but how would they be 'better" than 100 percent empirical physics?

By the way, is their hatred similar to yours?

No. It took the time to read and fully understand their beliefs to the best of my ability before attempting to publicly criticize them. I've met a total of 3 astronomers that have read Cosmic Plasma, or even ANY book on MHD theory. I know for a fact that every other EU 'hater' on the internet has never read Alfven's book on how plasma physical processes work in space, or even ANY book on the topic of PLASMA physics. I'm sure that some astronomers specialize in MHD theory (I've met 1), but by and large the group as a whole is really quite clueless about plasma physics. In fact most of the hard core EU haters do NOT even understand BASIC EM theory. Some of them I've talked to for over 7 years and they have NEVER made any effort to educate themselves to Alfven's PC ideas. They slash away from a place of pure ignorance and hide behind pure denial. My dislike of Lambda-religion is born of education. Their hatred of EU/PC theory is driven by pure self imposed ignorance for the most part.

And that's why theories/hypotheses are made. To explain things from scratch, or complete the current ones.

The problem is that to "complete" their redshift "interpretation", they had add 70 percent METAPHYSICAL stuff to their existing theory! In one fell swoop they reduced empirical physics to 5 percent of their entire theory and it was on shaky empirical grounds to begin with! That wasn't "progress' from the standpoint of empirical physics, that was a GIANT step backwards!

Dunno, doesn't matter.

I guess that's the primary difference between us. It matters to me. I don't want to personally wallow around in ignorance just "trusting" what any "scientist" has to say. I like to understand how things work, why they work, and it does matter to me.

No, it doesn't put me ahead of the astronomers, you're underestimating the amount of studies required.

Not at all. Most of the 'studying' they've done really amounts to "dark worship". It's not actually "applied physics", is "pure speculation physics". Simply by having a good handle on basic EM theory, you're LIGHT years ahead of MOST astronomers in terms of understanding APPLIED physics. Birkeland knew more about the FUNCTION of the universe 100 years ago than astronomers understand today because he understood CURRENT and plasma and EM theory.

Sorry, my bad. I thought you were writing about the 'dark energy hypothesis'.
The 'hubbles law' explains something that is repeated again and again (the redshift), it doesn't offer an interpretation.

True. FYI, I'd accept a 'tired light' explanation for Hubble's law, and even a time dilation explanation for Hubble's law. What I won't accept is a "space expansion" explanation for Hubble's law because I A) have no evidence space does any "expanding" and B) space isn't physically defined, and C) there's no EVIDENCE to support that claim.

The background radiation is a separate issue compared to the dark energy.

There's a gamma ray background too. Why point to ONE type of background radiation and try to to claim that particular one represents the average temperature of the WHOLE universe? FYI, the early "predictions' of the temperature of spacetime based upon the effect of STARLIGHT on atoms in space was actually MUCH closer to that background temperature (assuming that's what it actually is) than early BB "predictions". Early BB prediction were off by nearly a whole OOM, whereas the starlight predictions were within a single degree as I recall.

The empirical testing would be measuring the background radiation in this case, which has been done.

Why did you ASSUME that this ONE wavelength is the ONLY relevant background wavelength? What about that gamma ray background? Did BB theory "predict" that one too? If not, why not?

Of course all of them cannot be at it, you're underestimating the amount of people working with astronomy.

Perhaps. Perhaps not. It's not a 'huge' community.

You mean the way you're totally supporting your option, not accepting anything against it? (That's the impression I'm getting)

You're right about the 'impression/feeling' of hitting a brick wall, it's a similar experience to what you're feeling from me about now toward mainstream theory.

The problem from my perspective is one of a lack of qualification of their ideas. They typically attempt to ignore that problem via QUANTIFICATION. In other words, they keep ignoring the basic objection (lack of qualification) and go right back to trying to justify their claims strictly with math alone. I've already learned that not a single astronomer can tell us where 'dark energy' might even come from. I can't simply ignore the basic objection so where does that leave me?

The "weaknesses" of PC theory tend to relate to a lack of 'quantification' but then that isn't ALWAYS true in each case.

If the current one is correct, forever, if it's not, a tad shorter (as in, I dunno).

I'd personally rather work on PC theory rather than to wallow around in the dark ages of astronomy today. Whatever those "dark" terms represent to astronomers, they do NOT represent any sort of 'explanation" or any sort of 'knowledge' about our universe. They're a blatant GUESS at best case. Plasma physics however works in the lab. It must also work in space and most of the known matter of spacetime is composed of matter in the plasma state. IMO that makes PC theory worth the effort and eventually the behaviors of plasma MUST be able to explain what we observe in space IMO. Whatever the 'dark' stuff might be, it's most likely related to normal things and normal plasma processes.

Fixing is how it's done. If you expect anyone to get everything done correctly in the first time, you're in for a letdown.

From my perspective, adding 70 percent metaphysics isn't a "fix". That was definitely and let down, and it was pretty much the 'last straw' in terms of my personal faith in mainstream cosmology theory. I'm seen two ad-hoc handwaves tossed into what USED to be a form of pure empirical physics in my lifetime. That just smacks of "religion" to me, and I'm actually not a huge fan of 'religion' per se. Even what passes for "Christian" dogma in some circles is quite offense to me personally.

Also, annoyed doesn't explain why you're pushing it so hard and always returning to the topic.

I guess I'm just comparing theories in my mind.

So you don't know how to grade them? A good start would be not to proclaim one as completely failed.

It's failed to produce anything that even REMOTELY resembles "empirical" physics. Big bang theory has FAILED a LOT of "predictions" that I've seen it make. For instance it used to 'predict' that the universe was gradually slowing down over time. Their 'fix'/solution to that problem? Magic dark energy!

Also, I doubt you know enough about all models/hypotheses/theories/laws to pass proper judgment (especially since you're confusing a whole lot of them).

I'm sure I'm being way too sloppy with my verbiage, but I have debated these ideas for quite some time now, and I do understand the ideas pretty well.

An advice would be to organize your arguments and what you're arguing against, that would make it a lot easier for both you and everyone else.

Ok. :)

'The last time' isn't really correct, the work is continuous.

Ok, how about 'the last time any percentages of matter/energy changed, it move MORE toward the 'metaphysical' and further away from plasma physics.

You're good to go as long as you go at it with an open mind yourself.

I try to keep an open mind, really I do. I'm open to them finding some real PHYSICAL cause for "dark matter' (like that paper on the plasma around the galaxy) and 'dark energy' (EM FIELDS perhaps?), but whatever forces/forms of matter these terms represent, they have actually yet to be "properly identified". If and when that happens, I'm sure it will move them closer to plasma physics like that paper on plasma being a possible source of extra matter. Such a change in their theory (identifying a "dark" thingambob) would certainly make their ideas seem more attractive to me. That hasn't happened over that past three decades mind you, in fact it's gotten worse from my perspective, but I'm open them actually figuring out what that "dark' stuff really is. :)

So. A final tip would be to organize everything.
List the theories, hypotheses and laws. Know what each and everyone says.
Then go swinging with the arguments, preferably using the list to make your arguments easy to follow.

I had a few more ideas, but forgot them (damn you Youtube!).

I appreciate the feedback. Thanks.
 
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Michael

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Just one example - amongst almost everything Michael posts on this topic that is just complete rubbish. I do not know whether his plasma cosmology obsession causes deliberate misrepresentation or he just cannot parse technical literature.

I'll tell you what....

Be patient with me today, but I'll read through that paper since it's available on Arxiv and then I'll comment on it. You can find it here by the way:

[astro-ph/0607632] The Hubble Ultra Deep Field

I am really busy at work presently and sometime soon I will post an in depth rebuttal to the pure garbage Michael posts on all things cosmological. He links to papers he patently does not understand or does not know how to put them in context - typical layman failing. He goes on and on about how some study shows some mass unaccounted for yet does not grasp that they are irrelevancies.

I really have no idea why folks seem to feel the need to attack the messenger. FYI, it's not helping your case.

One example was about some gamma ray detections from large gas "bubbles" projecting above and below the galactic centre. Yes these structures are large but the estimated total mass of them is utterly negligible.

When did I claim OTHERWISE?

But he puts forth the idea that somehow this is an important part of the galactic mass budget.

I did? When?

He repeated something similar about a paper discussing the top end of the IMF - again, it was irrelevant. If I weigh the Earth I do not need to know whether there are 50,000 or 70,000 elephants in Southern Africa. That might be important for calculating the available ivory for poaching but not for whether the Earth has a mass of 5,972,000,000,000,000,000,000,000 kg.

How about you reciprocate and read this paper:

http://arxiv.org/pdf/1205.5037v2.pdf

Is that an INSIGNIFICANT finding of mass too in your opinion?
 
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NGC 6712

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How about you reciprocate and read this paper:

http://arxiv.org/pdf/1205.5037v2.pdf

Is that an INSIGNIFICANT finding of mass too in your opinion?
I read that paper before it was even on arxiv.org. One of the primary authors is a good friend of mine. That paper is NOT about missing mass in the sense of alleviating the need for dark matter. The missing mass referred to is the missing baryon problem related to the so called stellar feedback problem of galactic evolution. The title is poorly worded it should say "missing baryons" not "missing mass".

Look at the mass quoted for this CGM. It is insignificant in the sense of the dark matter budget required. It is significant in the context of the well known local baryon problem related to stellar feedback etc. during galaxy evolution.

You are confusing (and the title of this paper does not help I admit) the missing mass problem that requires dark mater halos with this different missing baryon problem. People have been looking for signatures of this material in the form of a CGM for quite some time because we know it should be there - this paper you cited is evidence for this expectation.
 
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Michael

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I read that paper before it was even on arxiv.org. One of the primary authors is a good friend of mine. That paper is NOT about missing mass in the sense of alleviating the need for dark matter. The missing mass referred to is the missing baryon problem related to the so called stellar feedback problem of galactic evolution. The title is poorly worded it should say "missing baryons" not "missing mass".

Look at the mass quoted for this CGM. It is insignificant in the sense of the dark matter budget required. It is significant in the context of the well known local baryon problem related to stellar feedback etc. during galaxy evolution.

You are confusing (and the title of this paper does not help I admit) the missing mass problem that requires dark mater halos with this different missing baryon problem. People have been looking for signatures of this material in the form of a CGM for quite some time because we know it should be there - this paper you cited is evidence for this expectation.

Thanks for that. I still have a lot of reading to do. ;)
 
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Elendur

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You're probably right about the effect of internet debates, but my motive in terms of online debates was really personal education on my part. In the sense that *I* learned a lot, both about standard theory and PC/EU theory, it was well worth my time IMO.
:thumbsup: learning is life. Also, I must admit that I'm surprised that your papers hold the standard they do. Sorry for jumping to conclusions :)

Apparently they mostly spring from human imagination. :)
Well, yes. Simply put ;)

"Some" ideas, say for instance 'neutrinos', come from ACTIVE EXPERIMENTATION in highly controlled conditions. They pose ideas that can be 'empirically' tested in the lab. Some ideas seem to come right from someone's back pocket (inflation) and have no empirical testing method here on Earth. Ideas/hypothesis can come from a wide variety of sources and vary greatly in their ability to be "tested".
Hm... It seems like you're not the only one out there:
Inflation (cosmology) - Wikipedia, the free encyclopedia
(even one of the founders of the inflation concept)

Anyone can be "wrong", but at least his ideas work in the lab. Right or wrong, they have empirical justification (qualification), not simply QUANTIFICATION like mainstream theories. That has benefits over the long haul.
I won't argue with that it has benefits ;)

For instance, Birkeland "predicted" as a result of his controlled experiments that solar flares involved 'electrical discharge' processes. Today there is AMPLE evidence to demonstrate that he was correct. Modern "astronomers" tend to have a hard time accepting the E/circuit orientation to plasma physics and therefore they cannot or will not equate "magnetic reconnection" with "electrical discharges", even though they guy that coined the term 'reconnection' (Dungey) equated the 'reconnection" process with "electrical discharges" in various papers. Astronomers know so LITTLE about MHD theory it's scary IMO. Considering that 98+ percent of the KNOWN universe is in the plasma state, that utterly inexcusable IMO.
It's possible that it's an overlooked area in the standard education.

I understand the differences actually. Hubble's law for instance is a distance/redshift relationship. It may or may not be tied to tired light, and/or an expansion of objects process, or even a time dilation process. It cannot be related to 'expansion of space' because 'space' doesn't expand, and 'space' isn't even physically defined in the first place.
Space isn't defined? I thought it was, it sure is in the math.

What is "space" and how would it "expand'? What physical things would 'expand' exactly?
I think it would be the rim (as much as a rim can exist with a finite number of elements).

I don't see how it's "hubris", it's simply empirical fact. Dark energy doesn't show up in the lab. Dark matter is shy around the lab as well. These two items make up more than 95 percent of mainstream theory. That means mainstream theory is 5% empirical physics, and 95 percent metaphysical gap filler. The only 'competing' theory that seems to have any momentum at the moment in PC/EU theory which INSISTS that the ENTIRE universe is composed of the same things we find here on Earth. It's 100% empirical physics. Now of course other theories might come along some day, but how would they be 'better" than 100 percent empirical physics?
Then even if it's only 5% it's still partly empirical ;) now, if you were to add a 'mostly' or something similar I would calm down.

No. It took the time to read and fully understand their beliefs to the best of my ability before attempting to publicly criticize them. I've met a total of 3 astronomers that have read Cosmic Plasma, or even ANY book on MHD theory. I know for a fact that every other EU 'hater' on the internet has never read Alfven's book on how plasma physical processes work in space, or even ANY book on the topic of PLASMA physics. I'm sure that some astronomers specialize in MHD theory (I've met 1), but by and large the group as a whole is really quite clueless about plasma physics. In fact most of the hard core EU haters do NOT even understand BASIC EM theory. Some of them I've talked to for over 7 years and they have NEVER made any effort to educate themselves to Alfven's PC ideas. They slash away from a place of pure ignorance and hide behind pure denial. My dislike of Lambda-religion is born of education. Their hatred of EU/PC theory is driven by pure self imposed ignorance for the most part.
I hope you're wrong about the worse parts. It's human nature to shun change and how each and every one reacts can be excessive.

The problem is that to "complete" their redshift "interpretation", they had add 70 percent METAPHYSICAL stuff to their existing theory! In one fell swoop they reduced empirical physics to 5 percent of their entire theory and it was on shaky empirical grounds to begin with! That wasn't "progress' from the standpoint of empirical physics, that was a GIANT step backwards!
Is really metaphysical the correct term?

I guess that's the primary difference between us. It matters to me. I don't want to personally wallow around in ignorance just "trusting" what any "scientist" has to say. I like to understand how things work, why they work, and it does matter to me.
I want to learn a whole lot of things, I can't explore everything myself though.

Not at all. Most of the 'studying' they've done really amounts to "dark worship". It's not actually "applied physics", is "pure speculation physics". Simply by having a good handle on basic EM theory, you're LIGHT years ahead of MOST astronomers in terms of understanding APPLIED physics. Birkeland knew more about the FUNCTION of the universe 100 years ago than astronomers understand today because he understood CURRENT and plasma and EM theory.
I've studied math for one year :p if they've got work they should understand even the most basic stuff better than me.

True. FYI, I'd accept a 'tired light' explanation for Hubble's law, and even a time dilation explanation for Hubble's law. What I won't accept is a "space expansion" explanation for Hubble's law because I A) have no evidence space does any "expanding" and B) space isn't physically defined, and C) there's no EVIDENCE to support that claim.
Dunno about the three points, but I understand not having to accept time expansion because of Hubble's.

There's a gamma ray background too. Why point to ONE type of background radiation and try to to claim that particular one represents the average temperature of the WHOLE universe? FYI, the early "predictions' of the temperature of spacetime based upon the effect of STARLIGHT on atoms in space was actually MUCH closer to that background temperature (assuming that's what it actually is) than early BB "predictions". Early BB prediction were off by nearly a whole OOM, whereas the starlight predictions were within a single degree as I recall.
Now this is an excellent example of how I'm not enough educated to pass an opinion on this :p I had to check up on the term OOM, which seems basic enough. I'm barely able to search for easy to find results.

Why did you ASSUME that this ONE wavelength is the ONLY relevant background wavelength? What about that gamma ray background? Did BB theory "predict" that one too? If not, why not?
You mean why I only chose the wavelength I didn't know I was limiting myself to? :D I can at best point to obvious flaws and perhaps parrot some arguments I find on the net.

Perhaps. Perhaps not. It's not a 'huge' community.
It isn't? I think everything above a thousand is enough to be called huge.

You're right about the 'impression/feeling' of hitting a brick wall, it's a similar experience to what you're feeling from me about now toward mainstream theory.

The problem from my perspective is one of a lack of qualification of their ideas. They typically attempt to ignore that problem via QUANTIFICATION. In other words, they keep ignoring the basic objection (lack of qualification) and go right back to trying to justify their claims strictly with math alone. I've already learned that not a single astronomer can tell us where 'dark energy' might even come from. I can't simply ignore the basic objection so where does that leave me?
Don't you dare reprimand the sublime use of mathematics!
No, jokes aside, I don't know where that leaves you.

The "weaknesses" of PC theory tend to relate to a lack of 'quantification' but then that isn't ALWAYS true in each case.
Things most often doesn't apply to each case :)

I'd personally rather work on PC theory rather than to wallow around in the dark ages of astronomy today. Whatever those "dark" terms represent to astronomers, they do NOT represent any sort of 'explanation" or any sort of 'knowledge' about our universe. They're a blatant GUESS at best case. Plasma physics however works in the lab. It must also work in space and most of the known matter of spacetime is composed of matter in the plasma state. IMO that makes PC theory worth the effort and eventually the behaviors of plasma MUST be able to explain what we observe in space IMO. Whatever the 'dark' stuff might be, it's most likely related to normal things and normal plasma processes.
If you work more with it you'll find that the 'true' answer will become more and more obvious. (I'm of course not talking about just you, but everyone)
And if it happens to point more towards PC theory, good for you.

From my perspective, adding 70 percent metaphysics isn't a "fix". That was definitely and let down, and it was pretty much the 'last straw' in terms of my personal faith in mainstream cosmology theory. I'm seen two ad-hoc handwaves tossed into what USED to be a form of pure empirical physics in my lifetime. That just smacks of "religion" to me, and I'm actually not a huge fan of 'religion' per se. Even what passes for "Christian" dogma in some circles is quite offense to me personally.
Oh well, as long as you don't judge everyone.

I guess I'm just comparing theories in my mind.
I know that feeling... Every day I'm shufflin'

It's failed to produce anything that even REMOTELY resembles "empirical" physics. Big bang theory has FAILED a LOT of "predictions" that I've seen it make. For instance it used to 'predict' that the universe was gradually slowing down over time. Their 'fix'/solution to that problem? Magic dark energy!
Ah, yes, the big freeze theory. And that's where my knowledge stops :p

I'm sure I'm being way too sloppy with my verbiage, but I have debated these ideas for quite some time now, and I do understand the ideas pretty well.
Great :thumbsup:

Ok, how about 'the last time any percentages of matter/energy changed, it move MORE toward the 'metaphysical' and further away from plasma physics.
:thumbsup:

I try to keep an open mind, really I do. I'm open to them finding some real PHYSICAL cause for "dark matter' (like that paper on the plasma around the galaxy) and 'dark energy' (EM FIELDS perhaps?), but whatever forces/forms of matter these terms represent, they have actually yet to be "properly identified". If and when that happens, I'm sure it will move them closer to plasma physics like that paper on plasma being a possible source of extra matter. Such a change in their theory (identifying a "dark" thingambob) would certainly make their ideas seem more attractive to me. That hasn't happened over that past three decades mind you, in fact it's gotten worse from my perspective, but I'm open them actually figuring out what that "dark' stuff really is. :)
And another :thumbsup:

I appreciate the feedback. Thanks.
No problem, not that I helped that much :p
 
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Michael

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:thumbsup: learning is life. Also, I must admit that I'm surprised that your papers hold the standard they do. Sorry for jumping to conclusions :)

No sweat. FYI, I'll probably have to respond to your post in "parts" since we both seem to be a bit long winded (well, me more than you) and I'm responding between tech calls at work. :)

Hm... It seems like you're not the only one out there:
Inflation (cosmology) - Wikipedia, the free encyclopedia
(even one of the founders of the inflation concept)
Hey, thanks for pointing that out. I didn't realize that Penrose was such a critic at this point. I thought the most interesting point was this:

Penrose’s shocking conclusion, though, was that obtaining a flat universe without inflation is much more likely than with inflation –by a factor of 10 to the googol (10 to the 100) power!”[98]
Wow! Inflation doesn't even come CLOSE to surviving a simple Occum's razor argument.

It's possible that it's an overlooked area in the standard education.
FYI, I think that's actually my biggest beef with mainstream cosmology mentality. It is myopically fixated on ONE theory to the exclusion of all others. If I have an altruistic motive for my public criticism, it's that fact.

Space isn't defined? I thought it was, it sure is in the math.
The problem is that it's not PHYSICALLY defined. It's ONLY mathematically defined. If we intend to explain what 'expands' it also requires a physical explanation of what exactly (physically) is 'expanding'. Objects in motion stay in motion so "spacetime' can expand in such a manner. 'Space' however has no physical definition, so nothing physically could "expand".

I think it would be the rim (as much as a rim can exist with a finite number of elements).
I didn't quite follow that argument. It was a wee too cryptic for me this morning I'm afraid. Could you elaborate a bit?

Then even if it's only 5% it's still partly empirical ;) now, if you were to add a 'mostly' or something similar I would calm down.
Ok. ;)

I hope you're wrong about the worse parts. It's human nature to shun change and how each and every one reacts can be excessive.
Well, I'm just noting that from the standpoint of pure empirical physics, and processes that actually work and show up in the lab, the theory actually moved backwards by a whopping 70 percent! Whatever that placeholder term represents, at the moment it's physically undefined, physically unexplained, and has no known source. It's not much of an "explanation", and it's not really even useful without a known source.

Is really metaphysical the correct term?
It's not "empirical' in the sense that it's source is understood and identified and it works in the lab. It's not "physical' in any sense other than the fact it's used in a physics formula. It seems like an appropriate term to me.

I want to learn a whole lot of things, I can't explore everything myself though.
Well, the internet helps. :)

I've studied math for one year :p if they've got work they should understand even the most basic stuff better than me.
Well, they definitely know math better than both of us combined. In terms of subatomic physics and plasma physics, and even basic electromagnetic theory however, they don't seem particularly adept as a group. Like I said, most of the one's I've met specialize in some specific area and they don't necessarily know much about plasma physics or circuit theory.

Gotta stop here for a moment. I'll pickup the rest a bit later.
 
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