Plasma Cosmology - Woo or not

If I present the data which evidences a redshift anomaly with NGC 7603 will you admit that redshift is not an accurate representation of time and distance?
Huh?

What is the connection between a "redshift anomaly", any redshift anomaly, and Plasma Cosmology?

In which widely cited, landmark Plasma Cosmology work is "redshift anomaly" presented and discussed?

In what papers, or other material, have M. López-Corredoira and C.M. Gutiérrez explained how "redshift anomaly" and Plasma Cosmology are related?

Where can one read more about NGC 7603 and Plasma Cosmology?

How do the fathers (there are no mothers, right?) of Plasma Cosmology describe the underlying physical mechanisms (a.k.a. processes) which give rise to redshifts, including "redshift anomalies"? In what papers, conference proceedings, books, etc do they provide the details?
 
Worst thread ever.
Why do you say that?

I think this is a particularly good thread! :p

It has clearly shown just how weak this so-called alternative ("Plasma Cosmology") is, at least in terms of there being some clearly defined set of principles, approaches, models, theories, etc about cosmology.

It has also shown, with great clarity, how difficult the JREF forum's self-styled, physics trained, Plasma Cosmology (PC) fan (Zeuzzz) has found it to address simple, straight questions about the very topic he is on record, in many threads, as being so fervent about.

The promise of this thread is even greater. For example, if, some time in the future, a new ardent proponent of PC appears on the scene, the (then) old-hands can simply revive this thread, or start another in a similar vein.

That's quite an achievement for a thread with such a short life (so far), and so few posts (so far), don't you think?
 
The promise of this thread is even greater. For example, if, some time in the future, a new ardent proponent of PC appears on the scene, the (then) old-hands can simply revive this thread, or start another in a similar vein.


I think I'll take the last option. This thread has already descended into the same pointless tit for tat argument that the discussion on magnetic reconnection ended in, with one side just ignoring what the other was saying, and both claiming they were right. The posts end up being a reaction to what has been said previously, as opposed to resolving the dispute. And my last post wasn't the most helpful, I've sobered up now :) not the best post to leave my position up in the air about....

And (not surprisingly) no-one seems to have noticed the paper that robinson quoted, which is very interesting and worth a read to anyone trying to assess the merits of alternative cosmologies beyond the Big Bang notion, and the possible future role of EM forces and plasma dynamics in large scale structures in the cosmos. It gives a good overview of the how philosophy enters the realm of cosmology, the role of metaphysics in modern cosmology, the role of process philosophy and heirarchical cosmology, and what the benefits of the different approaches can hope to achieve in cosmology , http://www.ctr4process.org/programs/LSI/2006-Cosmology/EastmanT - Cosmic Agnosticism.pdf


The New Physics and the Process View of Nature.

With continuing progress in new observation and experiments, a really “new” physics is steadily emerging that is less dependent on the unstated substance metaphysics that infects the “standard view of nature,” which has been dominant throughout most of the 20th century [Eastman, 2006b].
For example, it is ironic that the rigor of controlled laboratory experiments and constant, evolving interplay between theory and experiment has led particle physics to seeing the world not just as “particles,” but as a plenum of events; thus, both “particles” and events.

The process-oriented scholarly community and many scientists as well have shown the explanatory power of a process view of nature in Process Studies and other journals and books that highlight the interface of process thought and modern science [see compilation in Eastman and Keeton, 2004a,b].

Ours is a multiply-interconnected, processual universe in which any finite actuality is necessarily constituted by some unifying response to the plenum of events constituting its local world. [.....]



And I figured that plasma cosmology can probably be best summed up by this statement, for all the people that seem unable to grasp the main idea behind PC;

"The phenomena that the Big Bang seeks to explain with a mysterious ancient catacylsm, plasma theories attribute to electrical and magnetic processes occurring in the universe today."

And this uncensored version of the wikipedia page on plasma cosmology gives a brief overview;


Overview

Plasma cosmology posits that the most important feature of the universe is that the matter it contains is composed almost entirely of astrophysical plasma. The state of matter known as plasma is an electrically-conductive collection of charged particles, possibly together with neutral particles or dust, that exhibits collective behavior and that responds as a whole to electromagnetic forces. The charged particles are usually ions and electrons resulting from heating a gas. Stars and the interstellar medium are composed of plasma of different densities. Plasma physics is uncontroversially accepted to play an important role in many astrophysical phenomena.

The basic assumptions of plasma cosmology which differ from standard cosmology are:

1. Since the universe is nearly all plasma, electromagnetic forces are equal in importance with gravitation on all scales.[10].

2. An origin in time for the universe is rejected,[11] due to causality arguments and rejection of ex nihilo models as a stealth form of creationism.[12]

3. Since every part of the universe we observe is evolving, it assumes that the universe itself is evolving as well, though a scalar expansion as predicted from the FRW metric is not accepted as part of this evolution (see static universe).


Plasma cosmology advocates emphasize the links between physical processes observable in laboratories on Earth and those that govern the cosmos; as many cosmological processes as possible are explained by the behavior of a plasma in the laboratory.[13] Proponents contrast this with the big bang theory which has over the course of its existence required the introduction of such features as inflation, dark matter and dark energy that have not been detectable yet in laboratory experiments.[14]


And some of these publications may add some good further reading on the plasma scale invariants in the universe, from laboratory to cosmos (list from various links at http://plasmas.org/space-astrophys.htm#research);


*Similarity of structuring in the range 10-5 cm to 10^23 cm hints at a baryonic cold dark skeleton of the Universe - American Physical Society, 44th Annual Meeting of the Division of Plasma, 2002

*Magnetic vortex filaments, universal scale invariants, and the fundamental constants Lerner, Eric J. IEEE Transactions on Plasma Science, vol. PS-14, Dec. 1986, p. 690-702.

The observed scale invariances in the universe are shown to support the idea that force-free magnetic vortex filaments have been central to the evolution of the universe and in the formation of superclusters, clusters, galaxies, and stars. The existence of a maximal size for vortex filaments that is comparable with that of the observable universe is demonstrated, eliminating the theoretical need for missing mass, and providing an alternative cosmology to that of the Big Bang. Invariants between microscopic and cosmological scales are proposed, leading to the derivation of a simple analytical expression for the fundamental constants, and suggesting the existence of vortex phenomena on the particle level.[...]

Astronomical bodies, ranging from clusters of galaxies down to stars, share an approximately constant parameter: J/M2, where J is the angular momentum, and M is mass. Many researchers have debated the significance of this relationship, with some claiming it to be of fundamental importance, and others denying any significance at all.

To date, no one has put forward a concrete hypothesis to explain why this parameter is roughly constant, or why this value is observed. This question can be reformulated by noting that for an object in gravitational equ[....]



*Evidences for and the models of self-similar skeletal structures in fusion devices, severe weather phenomena and space

*Force-free magnetic filaments and the cosmic background radiation

*Fractal Structures and the Large Scale Distribution of Galaxies

*Finite size effects on the galaxy number counts: evidence for fractal behavior up to the deepest scale - Physica A226 195–242 (1996).

*On the Fractal Nature of the Large-Scale Structure of the Universe

*Fractal universe. - Physica A, Vol. 280, No. 1 - 2, p. 125 - 130, 2000.

*Skeletal Structures in the Images of Cosmic Dust Clouds and Solar SystemPlanets - Plasma Science, IEEE Transactions on Volume 35, Issue 4, Aug. 2007

* Self-Similarity of Electric Currents Networking in a Broad Range of Length Scales: from Laboratory to Cosmic Plasmas - A. B. Kukushkin and V. A. Rantsev-Kartinov, Rev. Scientific Instr., 70, n.2, pp.1387-1391, 1999.

*Electrodynamic Aggregation of Nanodust as a Source of Long-Lived Filaments in Laboratory Electric Discharges and Space - Kukushkin, A.B. Plasma Science, IEEE Transactions on Volume 35, Issue 4, Aug. 2007.

*Observation of Skeletal Filamentary Structures in Plasma of a Fast Z-Pinch - American Physical Society, 44th Annual Meeting of the Division of Plasma, 2002

*Skeletal Structures in High-Current Electric Discharges: Observations, Hypotheses and Proof-of-Concept Studies - 29th EPS Conference on Plasma Phys. and Contr. Fusion Montreux, 17-21 June 2002

*Conceptual Problems of Fractal Cosmology - Astronomical and Astrophysical Transactions, vol. 19, Issue 3, pp.417-435, 2000.

The results of a high-resolution processing, based on techniques of fractal dimension analysis and called a method of multilevel dynamical contrasting [1], of numerous data from laboratory electric discharges (Z-pinch, plasma focus) and observations of cosmic plasmas (including available Hubble Space Telescope data) reveal high degree of self-similarity of plasma structuring in a very broad range of length scales. This covers about thirty orders of magnitude: from micrometer thickness of individual filaments in laboratory discharges to the structures in the universe which resemble networking of electric currents in laboratory plasmas.[.....]


**Principles of Magnetohydrodynamics: With Applications to Laboratory and Astrophysical Plasmas, Goedbloed and S. Poedts, Cambridge, 2004. [lecture notes]


So theres no need for the continual comments from Sol and people that "The trouble is that there is no such thing as plasma cosmology", when the exact definition of plasma cosmology has been put forward so many times now (see the bolded statement in this post [incase you missed it {again}]). I at least thought that you could accept that this type of approach exists, but I suppose that denying that it even exists in the first place makes it easier for you to deal with :D. I'm sure that the pioneers of plasma cosmology and other contributors to this field such as Alfven, Peratt, Lerner, Birkeland, Verschuur, Fälthammar, Bruce, Langmuir, Dirac, Jansky, Arp, Burbidge, Grote Reber, Appleton, et al, would be amazed to find out that they have been working in a field that doesn't even exist for their entire lifetimes :rolleyes:

This page sums up some ideas behind PC quite well;
http://en.wikipedia.org/w/index.php?title=Plasma_cosmology&oldid=88919194

And this peer reviewed publication directly compares the two cosmologies:
http://bigbangneverhappened.org/p27.htm

If your going to read and critique any PC material, read both of them.

And, finally, i return to my end point;

I'm done from this forum for now. I can see that no matter what i post it will either be directly ignored, or just recieve a host of indirect angry responses. Theres no point me just adding the occasional daily comment I planned to if I dont have the time to defend my position from all the personal attacks that follow. Over And Out.
 
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Thanks Zeuzzz. I don't really have time, nor the fortitude to read all those references. I have spent some time reading and watching videos about plasma physics, as well as plasma cosmology, both of which are fascinating fields of study.

A troll thread like this one isn't really about wanting to learn, it is about people who fear what they don't know, what they don't understand. It is the easy path, and I can't really blame anyone who simply can't imagine there is anything unknown about the Universe. Most people are like that.

They attack and mock anything they don't understand. It is a very old human condition. In this case, the more visible crackpots who try to put forth there crazy theories and beliefs, under the term "Plasma Cosmology", have poisoned the well for them.

Even if some amazing new evidence concerning plasma and star formation, some new hard data that is simply astounding, evidence that changes the very way we view Galaxies and stars, even such evidence as that, it won't matter to the close minded. They already think they know it all.

Or, if they do look at it, they will go back to the most nutjob parts of the worst crackpots, and try to talk about that instead.

It's sort of a waste of time. No new discoveries ever came about from a bunch of people having pointless arguments on the Internet.

So how important is it, really? I'm just glad when somebody points me towards something new and interesting, something I might have missed. Insulting trolls, desperate for attention, they are numerous and with out end.

Nobody cares.

But this plasma stuff, now that is some messed up science.
 
Thanks Zeuzzz. I don't really have time, nor the fortitude to read all those references. I have spent some time reading and watching videos about plasma physics, as well as plasma cosmology, both of which are fascinating fields of study.

A troll thread like this one isn't really about wanting to learn, it is about people who fear what they don't know, what they don't understand. It is the easy path, and I can't really blame anyone who simply can't imagine there is anything unknown about the Universe. Most people are like that.

They attack and mock anything they don't understand. It is a very old human condition. In this case, the more visible crackpots who try to put forth there crazy theories and beliefs, under the term "Plasma Cosmology", have poisoned the well for them.

Even if some amazing new evidence concerning plasma and star formation, some new hard data that is simply astounding, evidence that changes the very way we view Galaxies and stars, even such evidence as that, it won't matter to the close minded. They already think they know it all.

Or, if they do look at it, they will go back to the most nutjob parts of the worst crackpots, and try to talk about that instead.

It's sort of a waste of time. No new discoveries ever came about from a bunch of people having pointless arguments on the Internet.

So how important is it, really? I'm just glad when somebody points me towards something new and interesting, something I might have missed. Insulting trolls, desperate for attention, they are numerous and with out end.

Nobody cares.

But this plasma stuff, now that is some messed up science.
That's a lot of nice self-agrandizing language, but who are these "they" to whom you keep referring?
 
Wow, that was weird thanks for the double slam guys. You don't understand me so I am leaving is not much of an explanation. So Robinson, why not give us a capsule of what you think the open minded should be looking at?

The CMB doesn't look like it, nor does Perrat's galaxy model. The filamentary structure has some merit, especially in the early universe.
 
Zeuzzz - There is so much interesting and real to learn, why waste your life with this crap?
 
Wow, that was weird thanks for the double slam guys. You don't understand me so I am leaving is not much of an explanation. So Robinson, why not give us a capsule of what you think the open minded should be looking at?

The CMB doesn't look like it, nor does Perrat's galaxy model. The filamentary structure has some merit, especially in the early universe.
I hope that you didn't think I was slamming you. I was simply responding to the bizzare post of robinson.
 
http://www.internationalskeptics.com/forums/showthread.php?t=76070&page=2


Thanks Zeuzzz. I don't really have time, nor the fortitude to read all those references. I have spent some time reading and watching videos about plasma physics, as well as plasma cosmology, both of which are fascinating fields of study.

A troll thread like this one isn't really about wanting to learn, it is about people who fear what they don't know, what they don't understand. It is the easy path, and I can't really blame anyone who simply can't imagine there is anything unknown about the Universe. Most people are like that.

They attack and mock anything they don't understand. It is a very old human condition. In this case, the more visible crackpots who try to put forth there crazy theories and beliefs, under the term "Plasma Cosmology", have poisoned the well for them.

Even if some amazing new evidence concerning plasma and star formation, some new hard data that is simply astounding, evidence that changes the very way we view Galaxies and stars, even such evidence as that, it won't matter to the close minded. They already think they know it all.

Or, if they do look at it, they will go back to the most nutjob parts of the worst crackpots, and try to talk about that instead.

It's sort of a waste of time. No new discoveries ever came about from a bunch of people having pointless arguments on the Internet.

So how important is it, really? I'm just glad when somebody points me towards something new and interesting, something I might have missed. Insulting trolls, desperate for attention, they are numerous and with out end.

Nobody cares.

But this plasma stuff, now that is some messed up science.
 
I almost never read the CT forum. Oh sure, now and then I jump into a thread, but I don't actually read the thread, that way lies madness.

"Worst thread ever" should be obvious to Simpsons fans, as was noted above, I'm glad somebody got it. Everybody else is just shaking their heads going, "WTF? This is no way the worst thread ever. How could he say that?"
 
Yoo-hoo, Jerome...

Will you first provide a specific definition of what you mean by "redshift anomaly"?

No offense, but I really want to pin you down on this first, so as to avoid any potential goalpost moving in the future on this point.
 
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If you really think that, then clearly you haven't perused some of the threads in the Conspiracy Theories forum... :D

The sad thing is, the plasma cosmology threads read exactly the same as most of the Conspiracy ones. There's an awful lot of handwaving and plenty of railing against the "official theory", but little to no actual quantitative calculations or data and a complete refusal to actually define what they're talking about in the first place.

I have no doubt there is plenty of interesting stuff that could turn up in these threads. There's an awful lot of stuff in astronomy and cosmology that we don't understand. But all I can see here is "The big bang is wrong so plasma cosmology must be right, but I'm not going to tell you what I think plasma cosmology actually is or what it predicts.".
 
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You've said goodbye twice now Zeuzzz, how many more times may we expect?

Taking the points in your lengthy post one by one ...
I think I'll take the last option. This thread has already descended into the same pointless tit for tat argument that the discussion on magnetic reconnection ended in, with one side just ignoring what the other was saying, and both claiming they were right. The posts end up being a reaction to what has been said previously, as opposed to resolving the dispute. And my last post wasn't the most helpful, I've sobered up now :) not the best post to leave my position up in the air about....

And (not surprisingly) no-one seems to have noticed the paper that robinson quoted, which is very interesting and worth a read to anyone trying to assess the merits of alternative cosmologies beyond the Big Bang notion,
Hmmm...

As philosophy, it may be interesting; as philosophy of science, it is good in many places; as an unbiased, accurate summary of the key points concerning "BB" and alternatives, as science, it is laughable.

Why? because it says essentially nothing about how well (or not) any of these 'alternative cosmologies' matches the relevant observations (and no, Burbidge does not introduce any such, in the 2006 paper Eastman cites).
and the possible future role of EM forces and plasma dynamics in large scale structures in the cosmos. It gives a good overview of the how philosophy enters the realm of cosmology, the role of metaphysics in modern cosmology, the role of process philosophy and heirarchical cosmology, and what the benefits of the different approaches can hope to achieve in cosmology , http://www.ctr4process.org/programs/LSI/2006-Cosmology/EastmanT - Cosmic Agnosticism.pdf
So thanks to you and robinson ...

Eastman does make a case for the existence of alternatives, in terms of cosmologies ... and it seems it's as I have been saying all along: proponents of "Plasma Cosmology" (PC) are (mostly implicitly) using approaches, methods, logic, etc that is different from that of contemporary cosmology (and astrophysics, and, no doubt, physics).

For example, the implicit use of the logic of false dichotomy (implicit for Eastman, explicit for many PC proponents); (implicitly) excluding much of PC from falsification (by not drawing up any lists of 'leading recognized problems of PC', for example); and (implicitly) removing a requirement for internal consistency.
And I figured that plasma cosmology can probably be best summed up by this statement, for all the people that seem unable to grasp the main idea behind PC;

"The phenomena that the Big Bang seeks to explain with a mysterious ancient catacylsm, plasma theories attribute to electrical and magnetic processes occurring in the universe today."

... snip ...
Great! :)

Now we can ask questions like the following, and we can expect that any proponent of PC worth his salt will be able to provide chapter and verse answers.

* what are five (say) different phenomena ("[t]he phenomena that the Big Bang seeks to explain")?

* where are the papers which show - quantitatively - that these (five) phenomena a match between observations and "electrical and magnetic processes occurring in the universe today"?

(there are, of course, a lot more questions, but those will do for now)

Perhaps, at last, the rest of Zeuzzz' post contains some answers?

(to be continued)
 
OK, a couple of things about Eastman, quickly ...

First, in the body it's "(e.g., Fuchs, Jahreiss, and Flynn, 2006)", in the references it's "Fuchs, B., H. Jahreiss, and C. Flynn, 1998. Contribution of brown dwarfs to the local mass budget, Astron. Astrophys., Vol. 339." Not a biggie, you'd say, right? Well, you'd be wrong ... here's what Eastman says:
On the possible existence of “dark matter” you may have seen headlines about a recent “proof” of dark matter based on data from a collision of galaxies. The title of the paper, to be published in the prestigious Astrophysical Journal, is “A direct empirical proof of the existence of dark matter” (Clowe et al., 2006). Upon reading this title, I became immediately suspicious because, as philosopher of science James Hall states, “Our hypotheses may get support or they may go down in flames, but they never, ever get proved” (Hall, 2005). The paper features some impressive technical discussion, but contains no discussion of some critical caveats. In particular, the argument assumes that normal matter is fully accounted for by the inventory of visible stars and hot plasmas. However, it has been reported that non-visible interstellar gas, lower-energy plasmas and brown dwarfs, in combination, likely exceed luminous stars in the local mass budget of our own galaxy (e.g., Fuchs, Jahreiss, and Flynn, 2006).
And here's the abstract to Fuchs, Jahreiss, and Flynn, 1998:
Based on the recent discoveries of free floating brown dwarfs we derive estimates of the local mass density of this population of objects. Mass density estimates from various surveys span the range 0.03 to 0.005 M_Sun/pc^3. These estimates are compared with the local mass densities of the other constituents of the galactic disk and, in particular, with the dynamically determined total local mass density. We argue that brown dwarfs might indeed contribute significantly to the local mass budget, but that a local mass density as high as 0.03 M_Sun/pc^3 as suggested by Ruiz et al. (1997) is rather unlikely.
If you don't know just how big a booboo Eastman makes here, then please join the JREF forum Non-baryonic cold dark matter ("CDM"), the observational evidence thread (hint: Eastman's booboo is so bad that it makes his credibility zero, for a serious discussion of the science of cosmology).

But wait! There's more!!

Eastman, in his "At the present time, leading recognized problems with BB are as follows:" list is this:
Direct experimental tests for “dark matter” have continued for twenty years without any definite conclusion (e.g., Freeman and McNamara, 2006).
"Freeman and McNamara, 2006"?

It's "Freeman, Ken, and Geoff McNamara, 2006. In Search of Dark Matter, Berlin: Springer-Verlag." ... at least he got that right.

However, it seems Eastman did not actually read this book! If he had, he'd not have made the Fuchs, Jahreiss, and Flynn, 1998 booboo, because Freeman and McNamara explain in considerable detail, and clarity, what the 'local mass density' is, how 'dark' baryonic matter (such as brown dwarfs) is taken account of, why there is essentially no non-baryonic DM locally, and why that is irrelevant (in terms of CDM universally ... or even in the MW halo).

Zeuzzz, if I may be so bold as to give you a suggestion? If you want to cite material like Eastman, which is essentially philosophical, do take the trouble to actually read it, critically. Then, if you still want to use it to bolster whatever point you think you are making, be extremely clear just what the scope of that point is. For example, you introduced it as follows (I added some bolding):
is very interesting and worth a read to anyone trying to assess the merits of alternative cosmologies beyond the Big Bang notion, and the possible future role of EM forces and plasma dynamics in large scale structures in the cosmos. It gives a good overview of the how philosophy enters the realm of cosmology, the role of metaphysics in modern cosmology, the role of process philosophy and heirarchical cosmology, and what the benefits of the different approaches can hope to achieve in cosmology
You omitted an extremely important caveat, namely that Eastman gets much of his astronomy, astrophysics, physics, and cosmology wrong ... many times (he is, it seems, also heavily biased in his selection of sources).
 
(continued)
... snip ...

And this uncensored version of the wikipedia page on plasma cosmology gives a brief overview;
Overview

Plasma cosmology posits that the most important feature of the universe is that the matter it contains is composed almost entirely of astrophysical plasma. The state of matter known as plasma is an electrically-conductive collection of charged particles, possibly together with neutral particles or dust, that exhibits collective behavior and that responds as a whole to electromagnetic forces. The charged particles are usually ions and electrons resulting from heating a gas. Stars and the interstellar medium are composed of plasma of different densities. Plasma physics is uncontroversially accepted to play an important role in many astrophysical phenomena.

The basic assumptions of plasma cosmology which differ from standard cosmology are:

1. Since the universe is nearly all plasma, electromagnetic forces are equal in importance with gravitation on all scales.[10].

2. An origin in time for the universe is rejected,[11] due to causality arguments and rejection of ex nihilo models as a stealth form of creationism.[12]

3. Since every part of the universe we observe is evolving, it assumes that the universe itself is evolving as well, though a scalar expansion as predicted from the FRW metric is not accepted as part of this evolution (see static universe).

Plasma cosmology advocates emphasize the links between physical processes observable in laboratories on Earth and those that govern the cosmos; as many cosmological processes as possible are explained by the behavior of a plasma in the laboratory.[13] Proponents contrast this with the big bang theory which has over the course of its existence required the introduction of such features as inflation, dark matter and dark energy that have not been detectable yet in laboratory experiments.[14]

... snip ...
so now we have something both concise and specific to work with, thank you Zeuzzz.

Unfortunately, for the PC cause, we have already covered almost all that material, in other threads.

Specifically, the most concrete example is rotation curves of spiral galaxies and the doing away for a need for CDM (it's the third reference in [14]) ... in this case, PC falls splat! on its face, both in terms of a viable alternative explanation and failing to address the bulk of the universe's CDM (hint: it's not in the halos of spiral galaxies, but elsewhere!). A minor failure is the (to date) non-observation of CIV (if Peratt et al. are correct, then CIV should have a very obvious signature, certainly one that should have turned up in radio astronomy observations, at least a decade ago).

Almost all the other cites are works by Alfvén, and many are at least partly philosophical. If any reader is interested in discussing any of these, in terms of the science (observation, theory, how well they match, etc), I'd be happy to participate.

Oh, and let's not omit a central feature of PC: plasma physics is a well-established, well-tested branch of physics. It has important applications in astrophysics (and space science). There is no controversy here. If all PC is is textbook plasma physics applied (successfully) to astronomical observations and astrophysics, we can all go home now.
 
(continued)
... snip ...

And some of these publications may add some good further reading on the plasma scale invariants in the universe, from laboratory to cosmos (list from various links at http://plasmas.org/space-astrophys.htm#research);


*Similarity of structuring in the range 10-5 cm to 10^23 cm hints at a baryonic cold dark skeleton of the Universe - American Physical Society, 44th Annual Meeting of the Division of Plasma, 2002

*Magnetic vortex filaments, universal scale invariants, and the fundamental constants Lerner, Eric J. IEEE Transactions on Plasma Science, vol. PS-14, Dec. 1986, p. 690-702.





*Evidences for and the models of self-similar skeletal structures in fusion devices, severe weather phenomena and space

*Force-free magnetic filaments and the cosmic background radiation

*Fractal Structures and the Large Scale Distribution of Galaxies

*Finite size effects on the galaxy number counts: evidence for fractal behavior up to the deepest scale - Physica A226 195–242 (1996).

*On the Fractal Nature of the Large-Scale Structure of the Universe

*Fractal universe. - Physica A, Vol. 280, No. 1 - 2, p. 125 - 130, 2000.

*Skeletal Structures in the Images of Cosmic Dust Clouds and Solar SystemPlanets - Plasma Science, IEEE Transactions on Volume 35, Issue 4, Aug. 2007

* Self-Similarity of Electric Currents Networking in a Broad Range of Length Scales: from Laboratory to Cosmic Plasmas - A. B. Kukushkin and V. A. Rantsev-Kartinov, Rev. Scientific Instr., 70, n.2, pp.1387-1391, 1999.

*Electrodynamic Aggregation of Nanodust as a Source of Long-Lived Filaments in Laboratory Electric Discharges and Space - Kukushkin, A.B. Plasma Science, IEEE Transactions on Volume 35, Issue 4, Aug. 2007.

*Observation of Skeletal Filamentary Structures in Plasma of a Fast Z-Pinch - American Physical Society, 44th Annual Meeting of the Division of Plasma, 2002

*Skeletal Structures in High-Current Electric Discharges: Observations, Hypotheses and Proof-of-Concept Studies - 29th EPS Conference on Plasma Phys. and Contr. Fusion Montreux, 17-21 June 2002

*Conceptual Problems of Fractal Cosmology - Astronomical and Astrophysical Transactions, vol. 19, Issue 3, pp.417-435, 2000.




**Principles of Magnetohydrodynamics: With Applications to Laboratory and Astrophysical Plasmas, Goedbloed and S. Poedts, Cambridge, 2004. [lecture notes]

... snip ...
Maybe some of these would be interesting to discuss.

However
And, finally, i return to my end point;
I'm done from this forum for now. I can see that no matter what i post it will either be directly ignored, or just recieve a host of indirect angry responses. Theres no point me just adding the occasional daily comment I planned to if I dont have the time to defend my position from all the personal attacks that follow. Over And Out.
so why should anyone bother?

I guess, to be fair, we should ask anyone reading this post if they are willing to answer questions about the science in any of these works ... if there is anyone, then we can have a discussion.

I'll address just one, the Lerner (1992) paper ("Force-free magnetic filaments and the cosmic background radiation"): the idea is an interesting one, but is very easy to test, and, sadly for Lerner (and Zeuzzz and PC proponents), it fails the test, badly.

In essence, Lerner is proposing that the universe becomes opaque to microwaves below a certain frequency, is transparent above that frequency (it's actually more of a range than a sharp frequency cutoff), and that the scale-length for opacity is a few Mpc (the paper is rather weak on what bounds there should be for this).

However, the universe is, apparently, quite transparent, to microwaves and radio, way out to z ~5 (there's more of course, but that will do for now).

Further, Lerner wrote this in 1992; since then there's been a great deal of work done on the CMB, and large-scale structure. It would be interesting to know if Lerner has attempted to show how his proposed mechanism can account for the consistency between the CMB angular power spectrum and large-scale structure as derived from surveys such as SDSS (my guess is that he couldn't, so he hasn't even tried).

There are lots more possible tests, of the consistency kind (e.g. something similar to microlensing, polarisation studies, cosmic ray propagation, and 'local' filaments).
 

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