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Comment This is a fundamental structure of the universe (Score 1) 183

I find this concept really interesting and confusing at the same time. Consider that within plasma laboratories, we can observe certain fundamental morphologies that naturally result from the existence of charge density. Plasmas naturally form double layers, which tend to protect a plasma's charge. The double layer leads to the formation of plasma filaments. We see within the laboratory that plasma filaments tend to exhibit long-range attraction and short-range repulsion with one another. This causes the filaments to twist around one another like a braided rope. Within the plasma laboratory, we observe these complex twisted transfer charged particles very efficiently. They are called Birkeland Currents.

We see these braided filament plasma structures in space too, like in the Cygnus Loop ...

http://www.spacetelescope.org/videos/hd1080p_screen/heic0712g.mp4

http://www.thunderbolts.info/tpod/2007/arch07/070103cygnusloop.htm

Braided ropelike plasma structures are the fingerprints of electromagnetic activity. When you see plasma behaving this way, you need to make sure that you're not trying to use fluids-based equations to understand/model it.

It's interesting that the same thing can be done with respect to radio waves. I'm actually a little bit confused as to why this works for radio waves. When Birkeland Currents do this, they require the existence of a plasma medium, and the structures do their thing in the lab because of the existence of the ionization. The plasma both responds to magnetic fields and creates its own due to the right-hand rule. But these guys seem to be saying that they can create these structures within the Earth's atmosphere in the absence of a plasma medium (?). With Birkeland Currents, the collimation occurs because the flow of charged particles generates a magnetic field.

I'm not getting something. Any plasma physicists out there??? Is HAARP creating an ionized pathway for the signal through the atmosphere?

Comment I don't like Creationists either, but ... (Score 1) 1

I realize that Slashdotters are exceptionally anti-creationist. So am I. But, this site is really quite fascinating. In the same way that you wouldn't put your hand up in a religious person's face, we should still listen to the evidence they point to. Once you read this theory, religion doesn't really have much to do with it at all!

Comment Re:Please re-read TFA (Score 1) 168

I'm quite sure you will see whatever it is you want to see in it. People generally appear to like to confirm their pre-existing beliefs. That's why it's generally a good idea to introduce people to alternative ideas. It provides a more useful context to begin with. In a general sense, the confidence exhibited by Slashdotters on the topic of cosmology is not really shared by a lot of mainstream astrophysicists. Quotes are not hard to come by to demonstrate this fact.

Comment Re:Regarding SETI (Score 1) 168

Speculating a little bit, SETI is not receiving signals because ET is most likely inside of the diffuse atmosphere of brown dwarf stars. Planets can orbit within the glow of a brown dwarf. You cannot transmit radio signals through a plasma double layer like that, so ET doesn't even know what stars are inside of this environment. All he can see in his sky is a red glow and possibly vortex-like plasma formations. The perpetual harvest that surrounds him deprives him of any desire to contact us anyways. Why would you try to contact aliens when you are in the Garden of Eden? Brown dwarf atmospheres contain copious amounts of water, which when combined with the perpetual glow from the sky, would cause the entire planet to explode with life.

We have a pretty good idea that this is happening because it appears to be what happened to the Earth as well. Humans were alive to testify to it.

Sounds pretty absurd to you, I'm sure. But when you dig into the details, it's a pretty interesting theory for SETI's failure.

Comment Re:Interesting thing about the Electric Universe.. (Score 1) 168

I love how somebody labeled you as "flamebait" for pointing this out. I mean, that's a fairly uncontroversial statement you made there. The Electric Universe is almost entirely based upon the observations of the glow discharge in a plasma laboratory. It shouldn't really be all that controversial.

Comment Re:ELECTRIC UNIVERSE!!! (Score 1) 168

Once some unambiguous predictions (or even post-dictions) are made which are more comprehensively explained by an Electric Universe theory than by more traditional theory, then perhaps the misunderstandings will be resolved. Until then, expect to work very, very hard at making things understood, and expect more push-back.

The notion that we cannot build a simple, workable cosmology based upon the observed behavior of the glow discharge within a plasma laboratory is quite a stunning allegation once you actually educate yourself on the behavior of glow discharges. We can explain EVERY enigmatic feature of the Sun by just observing glow discharges. Kristian Birkeland used nothing more than plasma in a vacuum chamber 100 years ago to replicate numerous astrophysical observations. Anthony Peratt has demonstrated that galaxies are the natural result of large-scale twisting Birkeland Currents. We plainly see that spiral galaxies are oriented like beads on a string, as if they are connected by transmission lines. The writing is already on the wall. You guys just don't know what is being alleged, so the evidentiary support for the Electric Universe just goes right over your head.

It never ceases to amaze me that people don't consider it important to observe the behavior of plasmas within the laboratory when accounting for the behavior of plasmas in space. It's really pretty mind-bending when you consider that the visible matter in space is 99.999% matter in the plasma state. THEMIS has already demonstrated that Birkeland Currents connect the Sun and Earth. The existence of Birkeland Currents clearly violates the premise that space plasmas are magnetized fluids. You can create any cosmology you want by manipulating your models for space plasmas. We have VERY GOOD REASON by now to suspect that the models are extremely flawed.

The entire dominant paradigm demands the overly-simplistic, erroneous application of magnetohydrodynamics models in order to minimize the importance of plasma's electrodynamic properties in astrophysical observations. Hannes Alfven warned the astrophysical community as he was receiving the Nobel Physics prize. Many astrophysicists don't even know what he said in that speech to this day, as if it was never even said. It's quite scandalous.

So long as you imagine that the dominant paradigm is working well, you'll never be motivated to learn about competing paradigms. But you won't ever find any fault in the dominant paradigm if you never actually listen to what the critics are saying. Once you have even a general grasp of what the two paradigms say, it's really rather funny to watch the astrophysicists spin enigmatic observations. They use enigmas to spur interest with the public in the mystery of space. But, the enigmas are never really treated as the predictive failures of the model. They always propose some ad hoc mechanism as a solution, which complicates the model. Our understanding of space is steadily, week after week, becoming more complex. If we were on the right track, we would be seeing a simplification -- not a complexification, if you will. Most of the time, they are actually doing nothing more than binning enigmas into the result of black holes, dark matter or magnetic fields. The public is left with the false impression that progress is being made. But when you dig into concepts like magnetic reconnection, you start to see a willingness to accept metaphysical concepts (that magnetic fields can store and release energy) in order to ignore the more established link between electric currents and magnetic fields.

Most people never investigate deep enough into the issues to even notice the serious problems with our dominant paradigm -- which is rather perplexing for a group of people like Slashdotters. You guys are the engineers of this world. You should put more faith in your ability to understand and critique the astrophysicists. They are saying things that directly violate your own educations -- particularly if you are an electrical engineer. But, you guys appear to accept just about whatever it is they say without question. Somehow, it became acceptable for astrophysicists (whose models tend to be highly deductive and lack experimental basis) to contradict plasma physicists on the behavior of plasmas. It's really quite extraordinary to watch.

This debate will one day eventually explode in the public's awareness and people will go over forums like these in order to understand how all of this could have happened. Astrophysicists will eventually claim that they never actually disagreed that space plasmas could conduct electricity, and that the Electric Universe is still wrong. They will refuse to acknowledge that they were wrong. But we will have the numerous records of EU advocates on forums across the globe to testify to the fact that people were being incredibly lazy in their dismissals of the EU arguments.

Comment Re:Ingnoring the electric field (Score 1) 168

Sunspots are understood reasonably well in terms of magnetic fields.

Yeah, except for the fact that the sunspots exhibit attraction to one another without apparent combination. By sharp contrast, this is exactly what would be expected if you took a cross-section of two twisted Birkeland Current filaments. They possess long-range attraction and short-range repulsion, meaning that they will dance around one another and yet never fully combine. Think novelty plasma globe.

And Harp's "surveys" have long been known to be statistically invalid. They suffer from selection effects. And there are also some real physical effects that correlate distant objects with foreground objects, such as gravitational lensing.

My understanding is that most, if not all, claims of gravitational lensing require the existence of copious amounts of dark matter in order to even get into the ballpark mass required.

Also, I've seen all sorts of pitiful attempts by ideologues to cast doubt upon Arp's findings. At one point, scientists actually published a paper claiming that Arp's quantization was not observed in raw redshift observations. Those researchers didn't understand what Arp was saying well enough to even realize that the quantization was being proposed for only the intrinsic component of the raw value.

Tom Bridgman has similarly been trying to argue that Arp's quantization is the result of some sort of statistics error. But, why would the recessional component not also demonstrate quantization?

It seems to me that ideologues are very anxious to be done with Arp's observations, which come in a pretty wide array of types of evidence. To this day, however, the idea that redshift must only come in one flavor is pure speculation. The only reason it's never questioned is because it serves as a critical crutch propping up the dominant paradigm.

People will surely argue about Arp for decades to come. The statistics argument is the treatment of last resort for scientific heretics. It's the same thing that was done to Verschuur when he proposed that he was seeing relatively local filaments of hydrogen within the CMB. When people resort to statistics for argumentation, we'd all be wise to keep in mind that there may be politics involved.

Comment Re:Ingnoring the electric field (Score 1) 168

Alfven waves are the popular EU mechanism for coronal heating. I have no problem with this, but you'll have to demonstrate how wave heating can deposit energy in the corona rather than simply propagating clean through.

If you spoke correctly here (and I'm not sure that you intended to say "EU" there), I believe that this demonstrates a rather severe misunderstanding of the EU model. The corona is hot for the same reason that an anode in a glow discharge is hot. An electron drift occurs within the heliosphere, from the heliospheric boundary (the cathode) towards the anode. This is pretty basic plasma physics here -- the same thing we see with high-voltage DC transmission lines. They ionize the air around them because their voltage difference with the atmosphere creates an electric field that causes electrons to drift into the transmission line while ions are simultaneously accelerated away. The heat is a natural byproduct of the discharge.

Should we just assume that it is pure coincidence that all of the Sun's most prominent features correspond precisely to the glow discharge? Only if we are being biased about it.

I'm no solar physicist, but I'd wager that coronal heating draws upon both waves *and* reconnection. Has anyone looked at coronal temperatures at various altitudes/depths through a whole solar cycle?

Spoken like Plato. It's fun to deduce the operation of the universe, eh? Deduction, however, isn't even necessary when we can study plasmas within the laboratory, and plainly see that our magnetohydrodynamics models are completely archaic.

Comment Re:Ingnoring the electric field (Score 1) 168

EM phenomena in the sun are well understood. Please don't stir up a fake aura of mystery around solar EM. "Electric Universe" theories are junk science. If you want those theories to be taken seriously, get rid of the junk.

Um, you guys should get your own house in order before criticizing others. From http://www.newscientist.com/article/dn2814-earths-magnetic-field-boosts-gravity.html ...

The values of G measured so far seem to fit with that idea. But the researchers say the best way to test their theory would be to take accurate measurements of G at locations such as the magnetic poles and particular longitudes on the equator, and then check those values against the predictions.

Studies of the Sun also support the theory. To make mathematical models of the star's interior tally with experimental data, physicists have to use a lower value of G than is traditionally agreed. Mbelek says his calculations predict that electromagnetism would not boost gravity as much at higher temperatures, so you would expect G to be lower inside the Sun.

Exotic physics

But other researchers are not convinced. Clifford Will, a gravity theorist at Washington University in St Louis, Missouri, believes improvements in terrestrial experiments will eventually do away with the need for explanations that rely on such exotic physics.

"In many ways it's a scandal that we don't have an agreed value for G, but if you look at the experiments, the values have been converging," he says. "In five years or so, we'll have an agreed value."

But Mbelek does not think so. Although the precision of individual measurements is improving, he says, the values are not converging.

I smell junk!

Comment Re:pln2bz is a strong proponent of EU theory (Score 1) 168

Actually no I don't see that the electric universe star theory is capable of playing that game. There are two key observations the electric star theory cannot explain. First, it can't explain the absence of intergalactic energy flows into the Sun. It requires them. We see that they aren't there.

You know, when you permit yourself to develop an opinion on the matter prematurely, you will not pay attention to the evidence that supports competing paradigms. For instance, a quick search on "spiral galaxies aligned" will lead to the following article. From http://www.astronomy.com/asy/default.aspx?c=a&id=4215 ...

Astronomers have known since the early 1990s that galaxies cluster in filaments and sheets surrounding vast voids in space. Now, an international team of astronomers has found that spiral galaxies, like the Milky Way, line up like beads on a string, with their spin axes aligned with the filaments that outline voids.

[snip]

Also, you should look carefully at the shape of the Large and Small Magellanic Clouds. They are not at all circular morphologies. That whole system fully supports Anthony Peratt's supercomputer simulations that demonstrate that spiral galaxies can be created by twisting together two large plasma filaments.

You will see braided ropelike plasma structures all over nebulas. We're supposed to believe that these structures are shock fronts, but that assumes that plasmas can be modeled as magnetized fluids. Unfortunately, plasmas are not as easy to model as astrophysicists would like to believe. If I may quote a private conversation with Don Scott ...

Suppose there is a fairly straight B-field (magnetic field) within a plasma. Shoot a stream of charge (an electric current) into this. Suppose the velocity vector (the direction and speed) of the injected current is at some angle to the axis of the B-field. The current will begin to spiral. (A spiral is a combination of a circular motion in a plane at right angles to the B-field plus a straight-line motion parallel to the B-field). Thus we get a spiral (vortex / helix) of current.

BUT this is just the first step. We know that any current will produce its own B-field surrounding it (right-hand rule) and so the spiral current is surrounded by what you might visualize as a fat spiraling worm of B-field (whose intensity decreases with distance from the spiralling current.

So now we have two B-fields in the same space (the original straight one, and the worm-like shaped new one). They add together to make a total overall B-field. The current stream at this point says, "Oops, I'm not exactly following the new total B-field path - and adjusts its direction to accomplish this. Alfven wrote about the wierd effects observed at this point in the process. Sometimes the current bends in the opposite direction from what looks proper.

As a result we have an altered current shape, and a newly altered total B-field, and so it goes on and on.

So the point is you can't solve this problem in a single step of vector algebra. You need to do an iterative process that goes through the steps and then goes back and does them over and over, each time recognizing you have a different shaped current and a different shaped B-field. (For you old computer buffs: We need to use a 'Do-Loop' algorithm). There is another complication too - the vector sum of the original B-field and the new (just generated) B-field is not simple if the medium (the plasma) is non-linear. And Boy! is plasma non-linear.

Bottom line:

Algebraic solutions are almost certainly doomed to failure in cases like this. Lab experiments (and properly done simulations) are the only hope we really have of seeing what happens. This is the big error made by plasma 'theoreticians' as opposed to experimentalists.

The idea that plasmas can be modeled as fluids is rather archaic.

Second, it can't explain why the power output from the Sun appears to come from a deep level. There are various symptoms, for example, the near constant power output of the Sun. If the power for the Sun were coming from the top layers, we would see much greater fluctations in output. We would see far greater surface variations than we do. We would see a lot of raw fusion gamma rays in the Sun's spectra.

I believe that you've been looking for these ...

http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=4346305

http://members.cox.net/dascott3/SDLIEEE.pdf

From the first link:

A Solar Junction Transistor Mechanism
Scott, D.E.
Massachusetts Univ., Amherst;

This paper appears in: Plasma Science, 2007. ICOPS 2007. IEEE 34th International Conference on
Publication Date: 17-22 June 2007
On page(s): 999-999

Summary form only given. Observational evidence suggests the presence of a plasma double layer (DL) above the surface of the Sun. Such a DL, together with a single charge layer (SL) directly below it, provides a straight-forward explanation for the existence of the temperature minimum in the lower corona, the X-ray emissions observed above sunspots, and the variations observed in the intensity of the solar wind. This plasma sheath is arguably a generic feature, in varying degree, surrounding all stars. Thus, this mechanism would affect stellar physics and plasma cosmology at their most fundamental level. These three charge layers constitute a pnp junction transistor-like mechanism. The action produced by this morphology controls (varies) and even cuts-off the solar wind. Acceleration of solar wind ions within the DL causes the observed temperature inversion. The failure of the invention of magnetic reconnection to explain these several observed solar phenomena is clear. A three-layer charge density structure, similar to the SL, DL anode tufting combination that is familiar to plasma engineers is a hypothesis that offers a reasonable explanation without the invention of "new science".

There was a mention in the news recently about plasma physicists actually productizing plasma transistors for the first time. You might have seen it.

There's a lot we don't know about the Sun and about particle physics. The differences in differential rotation, neutrinos, etc. But we have a pretty good idea of fusion and what conditions it requires. The interior of the Sun simply is hot and dense enough for fusion to occur. It explains the power output we see. For all the observations and problems you list above, there's nothing there that actually contradicts the standard model of stars. What it tells us is that the standard model fails to describe the internal structure of a star.

[...]

I read through the theory. It simply doesn't fit the evidence. There is nothing more to be said unless you can adapt the theory to observed evidence. Just because I don't agree with you doesn't mean I didn't give the theory the effort it deserved.

Well, I think you are underestimating the amount of diligence required to formulate an honest assessment. You really have to spend a couple of years learning about all of this stuff before you should try to argue against it. You really have to follow the arguments on both sides several layers deep, and on each topic. I've found it necessary to pass arguments back and forth between both camps. If you do this, you develop a much higher appreciation of the amount of thought that has gone into the Electric Universe. The large majority of the criticisms are in fact wrong. The real problem is that very few people actually understand what a plasma really is, or what behavior they tend to exhibit within the laboratory. Very few astrophysicists can actually comment on the validity of their magnetohydrodynamics models. Most just assume that the models are right. They're not trained to even question them. It's a real big problem. If you are modeling space plasmas incorrectly as fluids, and in spite of the observation of behavior that is specifically electromagnetic, then sure, you can get your model to say that gravity is dominant. But, you'll also end up with a never-ending slew of surprises as you stare at the sky. When you ignore the intrinsic link between electric current and magnetic fields, in particular, magnetic fields will take on a devilishly complex, almost magical, appearance. That people like yourself will accept the existence of invisible dark matter and yet strenuously object to the existence of electric currents causing the magnetic fields we observe in space ... It really kind of boggles my mind a little bit. There is a sort of collective cognitive dissonance going on that people need to be shaken out of.

Comment Re:intuition isn't enough (Score 1) 168

You're using YOUR paradigm to judge somebody ELSE's. Sheesh! I believe that Anthony Peratt's view is that plasmas are scalable over 16 orders of magnitude. And in this alternative paradigm, fusion is a byproduct of the action of an anode within a glow discharge. It occurs up near the surface of the Sun, which is why sunspots are observed to anti-correlate with neutrino production. That observation is one of many enigmatic observations within the dominant paradigm.

You shouldn't accept it until you can at least rattle off all the key characteristics of stellar equilibrium, stellar fusion, helioseismology, spectroscopy, stellar dynamics in aggregate, and from the looks of things basic thermodynamics as well (you can't have that much hydrogen in one place and expect it not to fuse!).

Well, that's convenient. You seem to have reduced the total number of people who can legitimately interpret astrophysical imagery to those who are already trained to believe in the dominant paradigm.

Oh, and by the way, helioseismology is the most speculative garbage that has ever been called science in the history of science. You cannot look into the Sun. Get over it!!!

Comment Re:Calling Electric Universe in 3 ... 2 ... 1... (Score 1) 168

I would also point out that these papers did not detect anything like filaments or braids.

But THEMIS has. And, if you don't just accept as fact the interpretations for astrophysical imagery that you've read countless times, then with a little bit of help, you'd plainly see the filaments and braids in space imagery. They range from ambiguous to absolutely undeniable in form.

And Verschuur has identified local filaments of hydrogen gas that correlate with the CMB.

Filaments are everywhere in space. And so is plasma. What makes plasma filamentary? It's electromagnetic rotation. You might be able to get the math to work in a fluids-based model for plasmas under some situations, but fluids do not create the braided ropelike structures we've seen with THEMIS connecting the Sun with the Earth. Many people will dismiss this, but the fact is that it calls into question our magnetohydrodynamics models. Can we really afford to just assume that the math we use to model space plasmas in correct when plasmas represent 99.999% of all visible matter in space? THEMIS should have caused astrophysicists to blink. But the inertia of pre-existing belief is strong.

Comment Re:Calling Electric Universe in 3 ... 2 ... 1... (Score 1) 168

Well, I would add to that that when it comes to the topic of physics, ridicule possesses the power of a psychological weapon. Studies demonstrate that when a spectator observes somebody else being ridiculed, the spectator will be inclined to avoid the same thing happening to him. In this manner, when it comes to the topic of physics, ridicule is perhaps one of the most effective tools available for keeping people from discussing or thinking about controversial subjects. People already fear making an ass of themselves. Public ridicule -- like here on Slashdot -- will tend to raise the cost of speaking up about one's opinions. This creates a society on Slashdot that is generally more close-minded on the topic of cosmology -- or at least arguably more receptive to opinions that tend to dismiss alternative physical paradigms.

When it comes to debunking the Electric Universe, for instance, many people like to throw around URL's by Tim Thompson, Tom Bridgman and Leroy Ellenberger. But behind the scenes in discussions with Tom and Leroy, we can plainly see that they lack the understanding of plasma glow discharges that Wal Thornhill possesses (Wal is the primary target of their criticisms). Leroy Ellenberger will in fact say anything so long as it causes David Thomson to look bad. Ellenberger hasn't paid any attention to any of the recent findings by any of our probes -- literally for decades. And yet, people on wikipedia treat him as though he's some sort of expert on the Electric Universe just because he turned coat on Velikovsky decades ago. We've come a long, long way from Velikovsky. The Electric Universe, unlike catastrophism, is based upon laboratory plasma physics principles -- in particular, the behavior of the plasma glow discharge. The Sun is, without much doubt, a glow discharge phenomenon. Getting the math all in order to reflect it will take some time, but much of the work has already been done by people like Hannes Alfven, Ralph Juergens and Wal Thornhill.

btw, I still hold out hope for Tim Thompson. His criticisms are far more targeted and intelligent. But, he oftentimes proposes possible explanations that might work in explaining enigmatic observations for the Standard Model as a rationale for not looking into competing paradigms. Many people already accept as fact that the Standard Model has poorly performed, and are already looking for a new paradigm to be created from scratch. We want something simpler than what we've been offered, and the Electric Universe appears to offer that.

Comment Re:pln2bz is a strong proponent of EU theory (Score 1) 168

Khallow, with all due respect, you appear to be refusing to learn about what a drift current is. We already see that charged particles, when subjected to the electric field of an electric discharge, can actually flow upstream of an outflow of positively charged particles being accelerated away. This is what happens when high-voltage DC trolley lines ionize the surrounding air. The transmission line is the anode and the surrounding atmosphere is the virtual cathode. The same thing also happens in a glow discharge. If you are having problems believing it, then you should get your hands on the Cobine book that I liberally referenced. Wal Thornhill has come to see that book as being the most useful book available for understanding glow discharges.

From Wal Thornhill's book "The Electric Universe" ...

When a theoretical model is not working, the logical thing to look for is a trend toward growing anomalies. Below we offer a partial list of solar features that cause problems for mainstream theory but are expected in an electrical model. As the reader will note, the list includes almost all of the prominent attributes of the Sun:

- Solar spectrum. The spectrum of light from the Sun is characteristic of electrical discharging. Thus the leading solar physicist, Giorgio Abetti, uses the terms âelectric arcâ(TM) and âlightning flashâ(TM) when explaining the solar spectrum and solar flares. More recently, micro-flares have been discovered to occur every few minutes on the Sun, comparable to scaled-up thunderstorms on Earth.

- Neutrino deficiency. Solar physicists have acknowledged for decades that the Sunâ(TM)s output of neutrinos, a by-product of nuclear fusion, is about 1/3 of that expected in the standard solar model. Three types or âflavorsâ(TM) of neutrinos have been identified, and recent attempts to solve the problem require unwarranted assumptions about neutrino âchange of flavorâ(TM) en route from the center of the Sun. An electric Sun, however, can generate all flavors of neutrinos in heavy element synthesis at its surface. Therefore, it requires no assumptions about âchanging flavorsâ(TM) to hide the deficit.

- Neutrino variability. The neutrino output varies inversely with the surface sunspot cycle. Were they produced in the nuclear âfurnaceâ(TM) at the center of the Sun, this relationship would be inconceivable, since solar physicists calculate that it takes about 200,000 years for the energy of internal fusion to affect the surface. In the electrical model, more and larger sunspots mean less âlightningâ(TM) at the surface, where the nuclear reactions occur. Thus, the decline in neutrinos with increasing sunspot number is expected.

- Solar atmosphere. As pointed out by astronomer Fred Hoyle, given the strong gravity and 5,800 degree temperature of the Sunâ(TM)s photosphere, a very thin atmospheric âskinâ(TM) should be expected on the Sun, perhaps a few thousand kilometers thick on a sphere 1.4 million kilometers in diameter. Instead, the atmosphere balloons out to 100,000 kilometers, where it heats up to a million degrees or more. From there particles accelerate out among the planets. Thus, it could be said that we orbit inside the Sunâ(TM)s atmosphere! None of this makes any sense for a 5,800-degree body radiating its heat into space. It makes perfect sense in a plasma discharge, with the Sun acting as an anode.

- Neutrinos and solar wind. Neutrino counts have been found to wax and wane with the flux of particles in the solar wind, a predictable effect if the solar wind is part of an electric circuit fueling nuclear fusion on the Sunâ(TM)s surface.

- Heavy elements. It has long been claimed that heavy elements are born in the flashes of supernova explosions and are then scattered into space, to be recycled into the next generation of stars. But there are far too few supernovae to account for the abundance of heavy elements in stars. An electric star, with innumerable plasma discharge vortexes thousands of kilometers long, possesses the natural particle accelerators and high density to produce the heavy elements right near the surface where their signatures appear in the spectrum. Stars generate their own heavy elements. For example, the Sunâ(TM)s explosions throw âstardustâ(TM) into space where some has been captured and shown to have a âoesurprising abundanceâ of heavy elements.

- Differential rotation by latitude. The solar wind carries rotational energy away from the Sun so that, under standard assumptions, the Sun should rotate slower at the equator than at higher latitudes. In fact, this mechanism should have stopped the Sun spinning long ago. But the reverse is the case. In the electric model, external ring currents couple strongly to the lower latitudes and drive the Sunâ(TM)s rotation, much like a giant homopolar electric motorâ"a phenomenon first demonstrated by Michael Faraday.

- Differential rotation by depth. Solar physicists are also puzzled by indications that the surface of the Sun rotates more rapidly than the deeper layers. To appreciate the mystery, imagine a suspended spinning ball lowered into a tub of still water and spinning faster as a result! The solar wind should remove rotational momentum from the Sun, slowing the surface first. That the surface rotates fastest is direct evidence that the Sun is being driven externally, like an electric motor.

- Equatorial plasma torus. In ultraviolet light the Sun features a hot plasma âdonutâ(TM) encircling its equator. The same phenomenon occurs in laboratory plasma discharges to a positively charged, magnetized sphere. Electrical energy is stored in the âdonutâ(TM) and occasionally released in powerful flares and coronal mass ejections. This also implies that the currents flowing in the solar torus couple with the surface plasma to drive the âanomalousâ(TM) equatorial rotation (see also p. 61).

- Sunspots. The standard solar model neither requires nor predicts sunspots, much less their elaborate cyclical behavior. In the laboratory torus experiment noted above, discharges fly from the torus to the mid- to low-latitudes of the sphere. On the scale of the Sun, such discharges will punch holes in the photosphere and deliver current directly to lower depths, thus exposing a view of the cooler interior.

- Sunspot migration. The strange latitudinal migration of sunspots is replicated in the torus experiment by varying the power input. The higher power produces maximum activity near the equator. That sunspots are formed by attractive parallel electric currents, not merely âmagnetic effects,â(TM) is shown by the mutual attraction of spots having
the same magnetic polarity. Like poles of magnets repel!

- Sunspot penumbra. High-resolution images of the rope-like filaments that surround the dark inner umbra of large sunspots show the distinctive characteristics of tornadic charge vortexes. By giving us a peek beneath the tops of the tornadic lightning columns, sunspots enable us to view directly the solar electrical tornadoes that heat and project gases upward into the bright photospheric granules (see information panel p. 55). In plasma laboratories, this granulation is called âanode tufting.â(TM) For the standard solar model, sunspot penumbrae remain a mystery.

- Sunspot cycle. There is no coherent explanation for the approximate eleven-year sunspot cycle. In the electrical model the sunspot cycle is induced by fluctuations in the DC power supply from the local arm of our galaxy, the Milky Way, as the varying current density and magnetic fields of huge Birkeland current filaments slowly rotate past our solar system. The solar magnetic field reversals may be a result of simple âtransformerâ(TM) action ( see left).

- Magnetic field strength. The Sunâ(TM)s interplanetary magnetic field increases in strength with sunspot number. Electrically, the relationship is essential, since the interplanetary magnetic field is generated by the current flow to and from the Sun. As the power increases, sunspot numbers rise (reflecting current input) and the magnetic field strengthens.

- Even magnetic field. The Sun has a generally dipole magnetic field that switches polarity with the sunspot cycle (see top of facing page). Unlike a dipole magnet, which has the field twice as strong at the poles as at the equator, the Sun has a very evenly distributed field strength. This oddity can be explained only if the Sun is the recipient of electric currents flowing radially into it. These magnetic field-aligned currents adjust the contours of the magnetic field by their natural tendency to space themselves evenly over an anode surface. An internal âdynamoâ(TM) will not produce this magnetic field pattern.

- Helioseismology. The Sun ârings like a bellâ(TM) and the oscillations at the surface are measuredâ"in a way similar to the study of earthquakesâ"to determine what is going on deep within the Sun. But what is ringing the bell? If the Sun is a giant ball of lightning the question is answered, since a clap of thunder will rattle the windows more readily than will a boiling kettle. More accurately, stellar double layers form part of an electrical circuit, which can readily cause pulsation and changes in size. Both are observed.

- Solar density. It is highly significant that the dominant âringingâ(TM) mode of the Sun occurs with a rise and fall of the Sunâ(TM)s entire surface through 10 kilometers every 160 minutes. As a few specialists have warned, this implies that the Sun is of uniform density throughout, thus negating the conditions for a thermonuclear furnace in a dense core of the Sun!75 But there is no surprise in the case of an electric star, where internal electrostatic forces tend to offset gravitational compression.

- Changing size. Astronomers are baffled by the discovery that the outer layer (1% of the Sunâ(TM)s radius) changes in depth by about 26 km in anti-phase with the number of sunspots. But this effect is predictable behavior for a thin plasma sheath surrounding the Sun. The sheath responds to increasing electrical stress by shrinking.76

The above list of anomalies for the standard solar model surely underscores the fact that it was formulated before science learned all of these dominant attributes of the Sun. Every listed feature, however, follows logically from an electrical model, a fact with far-reaching implications for theoretical astrophysics as a whole.

As you can see, two can play that game.

The electric star model doesn't explain supernovas (especially the consistent Type 1A supernovas that are in conventional theory thought to be white dwarfs stealing material from a second binary companion star). Why do massive stars suddenly collapse if all the action is on the surface?

Who says they are massively collapsing? Don't you realize the model is nothing more than a best guess, derived specifically for the purpose of agreeing with the Standard Model? Lifted from holoscience (http://www.holoscience.com/news.php?article=7hjpuqz9) ...

"We put the theory in the textbooks because it sounds right. But we don't really know it's right, and I think people are beginning to worry," says Robert Kirshner, a supernova researcher at the Harvard-Smithsonian Center for Astrophysics (CfA) in Cambridge, Massachusetts. "We keep saying the same thing, but the evidence for it doesn't get better, and that's a bad sign." Kirshner was among more than 100 experts on stars and their explosions who gathered to discuss their worries last month at the Kavli Institute for Theoretical Physics at the University of California, Santa Barbara. General agreement emerged that the textbook story "is a little bit of 'the emperor has no clothes,' " as Lars Bildsten, an astrophysicist at the Kavli Institute, put it.

"There's a lot of holes in the story." "I wouldn't say it's a crisis," [Kirschner] said. "But if you ask, 'Are the pieces falling into place?' I'd say the answer is no." Understanding type Ia supernovae has become an urgent issue in cosmology, as they provide the most compelling evidence that the universe is expanding at an accelerating rate.

You claim ...

The electric star model doesn't explain red giants. Red giants should be compact bright bluer objects not huge, relatively dim, redder objects. The density of a red giant is all wrong for an electric star, but quite consistent for a conventional model star that has started to fuse helium and heavier elements in the interior.

Well, again no offense, but now you're just demonstrating that you clearly don't understand what the Electric Star Hypothesis says. You appear to not realize -- and pay close attention here -- that the entire HR stellar diagram can be explained in terms of the operating modes of plasmas as observed within the laboratory. We can do away with ALL of the nonsense about stars aging. In fact, we should, because we've already seen stars become younger, get older and become younger once again. The stellar aging hypothesis has effectively become an untestable hypothesis, because when enigmas are noticed they are swept aside by claims that the star has gained fresh fuel.

Red dwarfs are indeed explained in rather great detail in the Electric Universe. And in fact, if you decide to read on, you'll come to find out that planets can actually orbit within the low-temperature, diffuse glowing plasma atmosphere of the red dwarfs. Since these atmospheres contain abundant amounts of water, it is our theory that planets which would orbit inside of those atmospheres would in fact have no seasons. They would receive equal light across their entire surfaces regardless of their orbits. The ramifications for the search for life should be abundantly clear.

But if you refuse to read what these guys are saying, and just dismiss everything in a knee-jerk fashion, then you'll never get to learn about any of that.

You should pick up a copy of Don Scott's "The Electric Sky".

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