Merged Electric Sun Theory (Split from: CME's, active regions and high energy flares)

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WTF? It's been DAYS since his original post, I'm not clear if we are even communicating on the term "discharge" yet, [...]


We're not. But only because of the many, varied, and conflicting "definitions" offered by the electric Sun proponents and the refusal on their part to objectively and unambiguously define the term. The claim was...

For the record, I said that a solar flare *IS* an electrical discharge.


The implication, based on many comments made by electric Sun adherents, is that the "electrical discharge" mentioned is akin to an electrical discharge like lightning here on Earth or like sparks in a toy plasma ball. So just for the sake of clarity, is it reasonable to describe the claim as this?...

"A solar flare is an electrical discharge like lightning here on Earth and the sparks in a toy plasma ball."


If not, we will accept that the term "electrical discharge" in the claim is not like lightning here on Earth or the sparks in a toy plasma ball. And then, in order to move forward, the term "electrical discharge", as used in the claim, will need to be defined in an unambiguous objective way.
 
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. . . but even an amateur like me knows that discharges can and regularly do occur in "plasmas/conductors". Do you agree or disagree?

After pages and pages of hashing out the various definitions of the word "discharge," it troubles me that you can make a statement like this without specifying which definition of "discharge" you're using. Assuming that it referred to electricity, then:

If "discharge" means a sudden current flow due to a dielectric breakdown, then I, for one, do not agree.

If "discharge" means a reduction in charge separation due to a current flow, then I, for one, agree.

If "discharge" means just a current flow(wikipedia), then I, for one, agree.
 
First of all, I believe that I have already showed a superior understanding of discharges than my detractors by BUSTING THE FALSE CLAIMS made by GM and RC, something nobody else has done from their side of the aisle.

No you haven’t in order to do that you would have to show specifically how and where those claims were wrong. For the type of discharge involved in lightning that was alluded to for solar flares, those claims were not wrong. So you have once again demonstrated a clear lack of understanding.


I want to *FIRST* discuss the circuits and topics presented and the materials by *ALFVEN*, not me, and not t. Do you have some problem with that for any particular reason? IMO we all need to learn to walk before we can run.

Fine then discuss them and explain them as you claimed you could. Demonstrate that you do in fact understand them. Hey you could just even start with the circuit representations provided by tusenfem. “Do you have some problem with that for any particular reason?”


But I already know that is true, I know you understand the difference between current and discharges, and I know you understand that discharges can occur in a plasma.

Really, why? I have never described any kind of discharge in plasma. Why would you simply accept that I understand something I have not and perhaps can not demonstrate my ability to understand by explaining it in my own words?


Dungey certainly did. Was he in error. Yes or no?

Stop hiding behind Dungey, show that you understand and “can explain” as you claimed you could. Can you explain what you claimed you could “Yes or no?”


Ok. Did Bruce make that connection, and did he present any evidence to support it? Am I obligated to duplicate it? Did Dungey also call it an electrical discharge? Does that not count as evidence of anything?

Bruce who? It certainly doesn’t count as evidence that you understand any of this. Stop hiding behind others. Can you explain what you claimed you could “Yes or no?”


How so? Which statement have I made in this thread that is false that I haven't already admitted was false when presented with evidence to demonstrate it was false?

I can explain to you that Alfven's approach stores his energy in the coronal loop "circuits" by running current through that circuit.

Well then explain it to us, or admit that you simply can’t.

I can explain to you that the circuit energy is then suddenly released/discharged inside an exploding double layer and I know that you at least have some understanding of what I am talking about from the standpoint of electrical engineering.

Well then explain it to us, or admit that you simply can’t.




But I specifically didn't try to trust *MY PERSONAL* beliefs. I started with an EXTERNAL (to myself source) for a reason. I'm happy to defend it. I'm happy to EXPLAIN it too. I want to see *THEM* do exactly the same thing. I want to see them start with an *EXTERNAL* (to themselves) definition of a 'discharge" in a plasma. Is that really too much to ask?

Who cares about your personal beliefs? How can you “defend it” when you can’t show that you can explain or even understand it? So you want everyone else to hide behind someone’s assertion and not be able to explain anything they claim to understand themselves and in their own words?

Again here you claim “I'm happy to EXPLAIN it too”. Well get started or admit that you simply can’t.



Well, I freely admit that someone like yourself is much more likely to be adept at communicating the subtleties than an amateur like myself, but even an amateur like me knows that discharges can and regularly do occur in "plasmas/conductors". Do you agree or disagree?

It is your assertion you support it, that is if you understand it, if not then simply admit that you don’t. The fact is that if you can’t explain and specifically describe such a discharge in "plasmas/conductors" that you are referring to then you don’t have a clue what you are talking about regardless of whom might (or you might think) agrees with you.
 
Electric Sun & Magnetic Reconnection IX

I know this for a fact because Mr. Spock accused me of misrepresenting Alfven's position on the topic of "magnetic reconnection" theory, and I know for a fact that that is not the case.
I know for a fact that it is the case, although I doubt you know enough about plasma physics to realize it.
Then I will expect you then to provide *WRITTEN EVIDENCE* from published works of Alfven.
You expect wrong. Like I said, "I doubt you know enough about plasma physics to realize it." The fact that you make this demand only supports my claim that you don't understand plasma physics well enough to discuss the matter intelligently. The difference between ideal MHD, which was invented by Alfven, and non-ideal MHD (or resistive MHD) was not well developed when Alfven wrote his books. I have and have read Cosmic Plasma and I can find no indication in it that Alfven ever deals explicitly with non-ideal MHD. All of Alfven's work is implicitly in the realm of ideal MHD, which is hardly likely to show up as an explicit statement from Alfven.

However, let me stress once again: I doubt you know enough about plasma physics to realize it. Behold:


Alfven's rejection of magnetic reconnection is based on ideal MHD, which deals with plasmas that have zero resistivity.
And since no plasma in the universe has "zero" resistivity, he pretty much *ALWAYS* rejected it with the afformentioned items I listed to Mr. Spock involving INDUCTION at the point of PARTICLE reconnection.
So, Alfven rejects magnetic reconnection because Alfven assumes zero resistivity plasma and Mozina tells us, "no plasma in the universe has "zero" resistivity, ...". This is an explicit statement from Mozina that no plasma in the universe is consistent with Alfven's basic assumption of zero resistivity. It follows logically that Mozina should therefore reject Alfven's rejection of magnetic reconnection, and accept the physical validity of physical magnetic reconnection. However, Mozina actually says in full, "And since no plasma in the universe has "zero" resistivity, he pretty much *ALWAYS* rejected it ..." This is not a logically self consistent sentence. In fact, it is explicitly self-contradictory! Alfven rejects magnetic reconnection based on an assumption that Mozina agrees is not valid, but Mozina goes on to claim that the invalidity of Alfven's assumption supports his conclusion that required the validity of the assumption! Not only do I stand by my claim that Mozina does not know enough about plasma physics to discuss the matter intelligently, it appears that he does not know enough colloquial English or simple logic either.

I want to see them start with an *EXTERNAL* (to themselves) definition of a 'discharge" in a plasma. Is that really too much to ask?
Maybe not "too much" but certainly "the wrong thing" to ask. All of this endless discussion of what is or is not a "discharge" or an "electrical discharge" is nothing but an irrelevant smokescreen designed to avoid discussing the real issue, which is physics. Drop the inane argument over what name you want to attach to something (an old habit, your argument over the name of "dark energy" is equally inane). Stick to the real issue. Like I said before (Electric Sun and Coronal Heating III) ...
It seems to me that whether or not one wishes to call the hot plasma an "electrical discharge" is not really the point. It is certainly a poor choice of words, designed to generate confusion in the absence of a constantly repeated definition. But the real issue is the physics that underlies the words. What physically is really happening is the point. This is where Mozina runs into the brick wall of physics and catastrophically fails the test. He rejects magnetic reconnection in favor of exploding double layers, even though physics rejects the latter in favor of the former. He rejects the frozen flux approximation for magnetic fields in a plasma even though physics requires it. These two points are the most fundamental and critical points in this entire discussion. Everything in the physics of coronal heating, coronal loops, flares & CME's stems from these two critical concepts (with some thermodynamics & radiative transfer thrown in, but they don't yet seem to be points of contention).

As long as Mozina rejects these two critical concepts of physics, magnetic reconnection and the frozen flux approximation, then this discussion and all other similar discussions everywhere are doomed at once to become infinite loops of the same thing over & over & over & over again, ad infinitum, as has become the case for this discussion. Quite simply it's Mozina vs. physics, and I choose physics over Mozina every time.

Whether or not Alfven or anyone else rejected magnetic reconnection as a physical process is no longer relevant and has no place in this discussion. It is at best of only historical interest. Either we talk about relevant current physics as we know it to be or we do not. What's it going to be? I have already pointed out in numerous posts that Alfven's rejection of magnetic reconnection is invalid in the face of current physics as we know it. But All Mozina can do is quote Alfven from 30 years ago, or longer, but Mozina never can, never has and never will actually deal with real physics as we know it. I submit on that basis that Mozina has nothing of value left to contribute to this or any similar discussion.
 
No you haven’t in order to do that you would have to show specifically how and where those claims were wrong. For the type of discharge involved in lightning that was alluded to for solar flares, those claims were not wrong. .

Yes they are. It's just one type of discharge among many types. The only thing that is "different" about a lightening discharge is that it *JUST SO HAPPENS* to start in a gas and the process *STARTS* by ionizing a gas once the buildup process reaches a critical energy state. In other words, it just so happens that the process *STARTS* in a gas, rather than a plasma, but other than that, it's still buildup (storage) of EM energy, followed by a DISCHARGE that ionizes the media and CONTINUES TO DISCHARGE THROUGH A CONDUCTOR.

How many ways to I have to explain that? The lightning is just *ONE* kind of "electrical discharge", albeit a POWERFUL one, and a FAST one, hence the comparison by MANY authors including Dungey and Bruce.

Fine then discuss them and explain them as you claimed you could. Demonstrate that you do in fact understand them. Hey you could just even start with the circuit representations provided by tusenfem. “Do you have some problem with that for any particular reason?”

Yes. I'd rather start with ALFVEN's circuits actually since it is THOSE circuits and presentation we are discussing, not tusenfem's circuits.

Stop hiding behind Dungey, show that you understand and “can explain” as you claimed you could. Can you explain what you claimed you could “Yes or no?”

Bruce who? It certainly doesn’t count as evidence that you understand any of this. Stop hiding behind others. Can you explain what you claimed you could “Yes or no?”

All I can say is "wow". I have never been involved in a thread with so many dodged direct questions before. Every time I ask a question that might settle any sort of debate, the individuals simply dodges the question and around and around the denial-go-round we go. Was Dungey correct that discharges can happen in plasma? Yes or no? It's really a simple question. Why do you refuse to answer it?

Well then explain it to us, or admit that you simply can’t.

How can I explain anything if we can't agree on what a "discharge" in a "plasma" is and everyone keeps dodging the direct questions that might settle anything?

Yes or no did Dungey claim electrical discharges could happen in the solar atmosphere? Just answer the question.

*IF* I could get GM or the other haters to AGREE on that a "discharge" is a storage and rapid release of EM energy we might have a shot at "explaining' something. If everyone is intent on dodging every direct question and issue, it's nothing but a denial-go-round. Your call.
 
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You expect wrong.

Ain't that the truth. I thought that *EVERYONE* was obligated to demonstrate their own claims with REAL published materials and that people would discuss those actual materials. Instead, it's just a denial-go-round around here, where the haters of EU theory deny all responsibility for their claims, handwave any claim they feel like and run like hell from any sort of discussion of Alfven's actual work, or Dungey's actual work. I thought this was a science forum. My bad.
 
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We're not. But only because of the many, varied, and conflicting "definitions" offered

I only offered one. You never even *TRIED* to deal with it. What did he mean by the first sentence about releasing stored energy? Will the denial-go-round ever end? Dungey or you, which of you is right? Peratt or you, which is right? Can a discharge happen in a solar plasma, yes or no?
 
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... handwave any claim they feel like and run like hell from any sort of discussion of Alfven's actual work...

Seriously, you think that TT has been unwilling to discuss Alfven's work?

The difference between ideal MHD, which was invented by Alfven, and non-ideal MHD (or resistive MHD) was not well developed when Alfven wrote his books. I have and have read Cosmic Plasma and I can find no indication in it that Alfven ever deals explicitly with non-ideal MHD. All of Alfven's work is implicitly in the realm of ideal MHD, which is hardly likely to show up as an explicit statement from Alfven.
. . .
So, Alfven rejects magnetic reconnection because Alfven assumes zero resistivity plasma and Mozina tells us, "no plasma in the universe has "zero" resistivity, ...". This is an explicit statement from Mozina that no plasma in the universe is consistent with Alfven's basic assumption of zero resistivity. It follows logically that Mozina should therefore reject Alfven's rejection of magnetic reconnection, and accept the physical validity of physical magnetic reconnection. However, Mozina actually says in full, "And since no plasma in the universe has "zero" resistivity, he pretty much *ALWAYS* rejected it ..." This is not a logically self consistent sentence. In fact, it is explicitly self-contradictory! Alfven rejects magnetic reconnection based on an assumption that Mozina agrees is not valid, but Mozina goes on to claim that the invalidity of Alfven's assumption supports his conclusion that required the validity of the assumption! Not only do I stand by my claim that Mozina does not know enough about plasma physics to discuss the matter intelligently, it appears that he does not know enough colloquial English or simple logic either.
. . .
Whether or not Alfven or anyone else rejected magnetic reconnection as a physical process is no longer relevant and has no place in this discussion. It is at best of only historical interest. Either we talk about relevant current physics as we know it to be or we do not. What's it going to be? I have already pointed out in numerous posts that Alfven's rejection of magnetic reconnection is invalid in the face of current physics as we know it.

(bolding mine)

No pleasin' some people . . .
 
. . . and run like hell from any sort of discussion of Alfven's actual work, or Dungey's actual work.

For that matter, I gave you my critique of the Dungey paper that you linked, and I said I couldn't find anything in it that actually supported Electric Sun. You responded that you'd provided it to show historical context (or something like that). If you've conceded that Dungey's' work doesn't support Electric Sun, what more discussion does it need?

And if you haven't conceded that, then can you respond to my critique before you ask that we critique it more?

(if you're talking about a different Dungey paper, then nevermind).
 
What "usual definition"?
..snipped rant...
The usual definition as defined in any physics textbook.
The one that any one who has done high school science has read, i.e. a sudden current allowed by the breakdown of of a dielectric medium.

You know the one that is different from Alfven's and Dungey's definition (Dungey's and Peratt's definition of discharge are different.)
The one that means that Solar flares are not caused by electrical discharges

Of course Alfven's and Dungey's definition also means that Solar flares are not caused by electrical discharges

So what ever definition you have proposed leads to the conclusion that you assertion is wrong.
 
First of all, I believe that I have already showed a superior understanding of discharges than my detractors by BUSTING THE FALSE CLAIMS made by GM and RC, something nobody else has done from their side of the aisle.
You are lying. I have made no claims, false or otherwise. Thus you cannot have busted them.

I have quoted the "claims" of
  • Peratt: "An electrical discharge is a sudden release of electric or magnetic stored energy. This generally occurs when the electromagnetic stress exceeds some threshold for breakdown that is usually detemined by small scale properties of the energy transmission medium."
    This is the usual defintion of an electrical discharge.
  • Dungey: "A 'discharge' will be a region [of a large mass of ionized gas in a more or less complicated state of motion] in which the electrons are accelerated to high energies by the electric field, so that all the electrons are moving in the same direction with large velocities."
These are clearly differnt phenomena (Dungey's and Peratt's definition of discharge are different.)

You have not shown any "superior" understanding of discharges.
You were the one who did not define the term electrical discharge in your original assertion. That makes your assertion total nonsense. But then you cited Peratt's defintion which confirmed your original assertion as nonsense.

The only way that your original assertion makes any physical sense is if you use the outdated and no longer used "electrical discharge" = a current definition.
Under either meaning (or Alfven's of discharge = current): Solar flares are not caused by electrical discharges
 
For that matter, I gave you my critique of the Dungey paper

FYI, you aren't a "hater" in my book, and I'm not complaining about our conversations at all.

that you linked, and I said I couldn't find anything in it that actually supported Electric Sun.

You did see the word discharge in there with respect to flares however, right?

You responded that you'd provided it to show historical context (or something like that). If you've conceded that Dungey's' work doesn't support Electric Sun, what more discussion does it need?

FYI, I'm not trying to demonstrate a WHOLE ELECTRIC SUN theory out of Dungey's one paper. I'm simply trying to demonstrate that discharges happen in "conductors"!

And if you haven't conceded that, then can you respond to my critique before you ask that we critique it more?

(if you're talking about a different Dungey paper, then nevermind).

I think we need to first take a few baby steps and agree on what a "discharge" is and then we can get into a full blown "electric sun" theory. I'm not trying to suggest Dungey's one paper proves everything by itself about an electric sun, I'm simply noting that discharges occur in plasmas and have been associated with solar flares for 50 or more years!
 
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You are lying. I have made no claims, false or otherwise. Thus you cannot have busted them.

I have quoted the "claims" of
  • Peratt: "An electrical discharge is a sudden release of electric or magnetic stored energy. This generally occurs when the electromagnetic stress exceeds some threshold for breakdown that is usually detemined by small scale properties of the energy transmission medium."
    This is the usual defintion of an electrical discharge.
  • Dungey: "A 'discharge' will be a region [of a large mass of ionized gas in a more or less complicated state of motion] in which the electrons are accelerated to high energies by the electric field, so that all the electrons are moving in the same direction with large velocities."
These are clearly differnt phenomena (Dungey's and Peratt's definition of discharge are different.)

So what if they are "different"? They both occur in a "conductor" don't they?

You have not shown any "superior" understanding of discharges.
Bull. You don't even know what a "discharge" is, nor can you or will you actually quote an electrical engineering textbook that claims a "dielectric breakdown" is even a *REQUIREMENT*!

You were the one who did not define the term electrical discharge in your original assertion.

It's been defined now forever. If I didn't define it, it's because I gave you folks too much credit for UNDERSTANDING a concept that clearly you do NOT understand.

That makes your assertion total nonsense.

No. Evidently you're trying to use it as an excuse to ignore Dungey's work it did nothing of the sort.

But then you cited Peratt's defintion which confirmed your original assertion as nonsense.

Pure BS. Both authors claim discharges happen in ionized gases AKA conductors.

You and GM will *NEVER* provide a physics text book definition of a discharge. You'll run like hell in fact.
 
what is the "electric sun" defintion of an electrical discharge

I think we need to first take a few baby steps and agree on what a "discharge" is and then we can get into a full blow "electric sun" theory.
I agree: You start - what is the "electric sun" defintion of an electrical discharge?
 
I agree: You start - what is the "electric sun" defintion of an electrical discharge?

You didn't read my surfer dude version I take it? It's the STORAGE and rapid *RELEASE* of that stored electric or magnetic field energy. Do you comprehend the definition?
 
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I guess you never heard that it's only *ONE TYPE* of MANY types of "electrical discharges", eh?
The usual definition of electrical discharge (as in lightening) is *ONE DEFINITION* of A FEW definitions of electrical discharge.
I was unaware of the outdated use in plasma physics because I never came across it in my physics textbooks at university (and that was 20 years ago!).

However as I have pointed out (and you still do not seem to understand) about your "solar flares *ARE* electrical discharges" assertion
  1. Is wrong in itself because you do not define *WHICH DEFINITION* of the definitions of electrical discharge you are using.
  2. Is wrong accoprding to the defintions that you have cited (Solar flares are not caused by electrical discharges )
If you were honest you amnit say that solar flares are either
  • not caused by electrical discharges through a dielectric medium (plasma conducts) or
  • are caused by explodingt double layers (Alfven and others) or
  • are caused by magnetic reconnection (current theory).
 
You didn't read my surfer dude version I take it? It's the STORAGE and rapid *RELEASE* of that stored electric or magnetic field energy. Do you comprehend the definition?
In other words part of the first sentence of Peratt's defintion.
So Dungey and Alfven were wrong when they defined it as currents?

ETA
It is a rather dumb defintion as far as solar flares are concerned: Solar flares are "the rapid *RELEASE* of stored electric or magnetic field energy". So you have a circular defintion: solar flare -> release of energy -> electrical dicharge -> release of energy -> solar flare.
Trivial and useless since it does not actaully give any model of the details of flares.
 
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In other words part of the first sentence of Peratt's defintion.

A discharge is simply the release of stored EM energy. It's not a complicated thing to understand. It can occur in a gas, it can occur in plasma too. It can occur in a solid, and also a liquid. It can turn a solid into a plasma during the process. Do you get the concept of releasing stored electromagnetic energy yet?
 
In other words part of the first sentence of Peratt's defintion.
So Dungey and Alfven were wrong when they defined it as currents?

ETA
It is a rather dumb defintion as far as solar flares are concerned: Solar flares are "the rapid *RELEASE* of stored electric or magnetic field energy". So you have a circular defintion: solar flare -> release of energy -> electrical dicharge -> release of energy -> solar flare.
Trivial and useless since it does not actaully give any model of the details of flares.

Actually RC, it really is as simple as that. An electrical discharge in a plasma is the rapid release of stored electromagnetic energy. Whether it's stored in the electric field or the magnetic field, once it's release, it results is a discharge of stored energy. Once the discharge is complete, the process is complete. A flare is such a process. It's a massive release of EM energy into a confined region of plasma. The result is just as described by Peratt in his PUBLISHED DEFINITION (you know, the kind you never actually provide).
 
FYI RC, the coronal loop is a "circuit" according to Alfven. Alfven talks about the "circuit energy", and the release of that energy. What *ELSE* has been shown to emit gamma and x-rays *NATURALLY* here on Earth and other large bodies in the solar system with a magnetic field and an atmosphere?
 
A discharge is simply the release of stored EM energy. It's not a complicated thing to understand. It can occur in a gas, it can occur in plasma too. It can occur in a solid, and also a liquid. It can turn a solid into a plasma during the process. Do you get the concept of releasing stored electromagnetic energy yet?
You are wrong.
A discharge in the context that you want it for the purposes of the "exctric sun" theory only is the release of stored EM energy.

The definition of electrical discharge generally used in physics is the sudden current caused by the transition of an insulating (dielectric) medium to a conducting medium. This can bever happen in a plasma.

Do you get the concept of using the appropriate defintion of electrical discharge yet?
 
It's the STORAGE and rapid *RELEASE* of that stored electric or magnetic field energy.

And FYI, that's not even accurate. It's not the "storage of" that is a "discharge", it's the release and/or dissipation of previously STORED electromagnetic energy that is a "discharge". The storage part happens in the circuit or coronal loop. The discharge occurs when the circuit or loop is interrupted in the exploding double layer. That RELEASE of energy stored in the circuit is a "discharge" we call a flare and it typically shows up as a spike in the GOES x-ray flux data.
 
The definition of electrical discharge generally used in physics is the sudden current caused by the transition of an insulating (dielectric) medium to a conducting medium. This can bever happen in a plasma.

You keep stating that the words "dielectric breakdown" are associated with all types of "discharges", but you always fail to cite a source. Notice a pattern of running, dodging and hiding when asked to produce a source for that claim?
 
FYI RC, the coronal loop is a "circuit" according to Alfven. Alfven talks about the "circuit energy", and the release of that energy. What *ELSE* has been shown to emit gamma and x-rays *NATURALLY* here on Earth and other large bodies in the solar system with a magnetic field and an atmosphere?
FYI MM - you are wrong.

Alfven never states that a coronal loop is a circuit. That would be idiotic. A circuit is a conceptual model of wires connecting resistors, inductors, batteries and double layers.

Alfven models coronal loops as circuits. This allows the gross properties of coronal loops to be investigated. By analysing the model he shows that energy is released.

What *ELSE* has been shown to emit gamma and x-rays is any process that creates high energy particles, e.g. double layers and magnetic reconnection.
 
Yes they are. It's just one type of discharge among many types. The only thing that is "different" about a lightening discharge is that it *JUST SO HAPPENS* to start in a gas and the process *STARTS* by ionizing a gas once the buildup process reaches a critical energy state. In other words, it just so happens that the process *STARTS* in a gas, rather than a plasma, but other than that, it's still buildup (storage) of EM energy, followed by a DISCHARGE that ionizes the media and CONTINUES TO DISCHARGE THROUGH A CONDUCTOR.

A plasma is a gas. The gas in this case is a dielectric however, a difference you seemed determined not to mention. The only reason there is a “buildup (storage) of” charge is because that gas is a dielectric.

How many ways to I have to explain that? The lightning is just *ONE* kind of "electrical discharge", albeit a POWERFUL one, and a FAST one, hence the comparison by MANY authors including Dungey and Bruce.

An electrical discharge that specifically involves the breakdown of a dielectric and the dielectric is responsible for the charge separation in the first place.

Yes. I'd rather start with ALFVEN's circuits actually since it is THOSE circuits and presentation we are discussing, not tusenfem's circuits.

So start, show you can explain as you have claimed you could. Oh and we are also talking about tusenfem's circuits, specifically why after having them presented you just don’t want to address them.


All I can say is "wow". I have never been involved in a thread with so many dodged direct questions before. Every time I ask a question that might settle any sort of debate, the individuals simply dodges the question and around and around the denial-go-round we go. Was Dungey correct that discharges can happen in plasma? Yes or no? It's really a simple question. Why do you refuse to answer it?

Excuse me, where have I refused to answer anything? Dungey appears to be referring to a large and sudden current as a discharge and in that context yes large and sudden currents can happen in plasma. Did you really need another poster to tell you this?

How can I explain anything if we can't agree on what a "discharge" in a "plasma" is and everyone keeps dodging the direct questions that might settle anything?

Your question is ambiguous; you have not defined what you mean by “discharge" let alone a “"discharge" in a "plasma"”. We don’t need to agree (and we very likely may not) you just need to define explicitly what you mean by “a "discharge" in a "plasma"”. While I doubt it will actually settle anything it might enable us to actually talk about what you do mean by ““"discharge" in a "plasma"”.


Nothing is going to get settled until you define what you mean by "discharge" and explained how you think it happens in a "plasma". I’ve given an explanation of what I mean by discharge (a dissipation of an accumulated charge) you’re the one who keeps dogging


Yes or no did Dungey claim electrical discharges could happen in the solar atmosphere? Just answer the question.

From what I've read he did, so what?


*IF* I could get GM or the other haters to AGREE on that a "discharge" is a storage and rapid release of EM energy we might have a shot at "explaining' something. If everyone is intent on dodging every direct question and issue, it's nothing but a denial-go-round. Your call.

What you mean like the direct question I asked you that you have not answered?

Why are you so hung up on GeeMack, Reality Check, Dungey, Alfven or anyone? Define specifically what you mean, only then can the discussion advance (hopefully).

Oh by the way “storage and rapid release of EM energy” doesn’t really work that well, as a the “storage” part is the building up of the accumulated charge and though that can happen as a result of a much larger charge discharging it does have to be that way. Second a discharge can happen over a long period of time, in general without any breakdown the discharge takes as long as the charging did. So essentially what you seem to be saying is that a solar flare is a “rapid release of EM energy” (amazing insight) and you just want to define a "discharge" as a “rapid release of EM energy”. Actually that would still make magnetic reconnection a viable cause for a solar flare as that is a “storage and rapid release of EM energy”.
 
You keep stating that the words "dielectric breakdown" are associated with all types of "discharges", but you always fail to cite a source. Notice a pattern of running, dodging and hiding when asked to produce a source for that claim?
You are lying again
I state that the usual defintion (as I remember it from the physics textbooks that I have read) is that it requires dielectric breakdown.

I state that an example of electrical discharge (lightning) requires dielectric breakdown.


I never state that all types of discharges require dielectric breakdown.
  • Dungey's outdated use of the term for the high current density caused by magnetic reconnection does not require dielectric breakdown
  • Dams dicharging water do not require dielectric breakdown :).
 
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Oh by the way “storage and rapid release of EM energy” doesn’t really work that well, as a the “storage” part is the building up of the accumulated charge and though that can happen as a result of a much larger charge discharging it does have to be that way. Second a discharge can happen over a long period of time, in general without any breakdown the discharge takes as long as the charging did. So essentially what you seem to be saying is that a solar flare is a “rapid release of EM energy” (amazing insight) and you just want to define a "discharge" as a “rapid release of EM energy”. Actually that would still make magnetic reconnection a viable cause for a solar flare as that is a “storage and rapid release of EM energy”.

And there we go....

Yes, I noted the same problem myself as our posts crossed. And this is exactly the problem. I have provided a perfect definition of an electrical flare in a plasma IMO, and from a true/real "expert". The moment I deviate from it, even by a SINGLE word, the problems begin. Why do you have any problem just using the definition by Peratt and going with it? There's no point in my doing a personal tap dance just to find flaws in my personal presentation when we can stick with the definition provided by an "expert". Jane, get me off this denial-go-round crazy thing......
 
I state that the usual defintion (as I remember it from the physics textbooks that I have read) is that it requires dielectric breakdown.​


Please present the definition, and cite the source. I want to see if your memory still serves you. :) Its the part in yellow I'm worried about. :)
 
The result is just as described by Peratt in his PUBLISHED DEFINITION (you know, the kind you never actually provide).
Here you go then: a PUBLISHED DEFINITION
Originally Posted by Peratt
An electrical discharge is a sudden release of electric or magnetic stored energy. This generally occurs when the electromagnetic stress exceeds some threshold for breakdown that is usually detemined by small scale properties of the energy transmission medium.
(goes onto mention aurora and lightning)

Note that the "energy transmission medium" has to breakdown.
 
Yesterday, 09:51 PM #2046
Michael Mozina
Philosopher


Join Date: Feb 2009
Posts: 6,301
Originally Posted by Perpetual Student
OK, I'll bite. Since you have gained the above claimed expertise by studying Alfven's circuit diagrams for many years, please explain in your own words 'the release of circuit energy in terms of "induction" and such.'
Sure, I'll be happy to as long as this is a two way conversation. While I'm sitting here learning a bit about the Latex features, how about you start by answering a couple of quick direct questions about whether an electrical discharge can occur in plasma. Yes or no?
Remember this? You have not yet explained in your own words 'the release of circuit energy in terms of "induction"' that you promised.

Do you really think the following is a genuine response?
Sure. We'll try rearranging Peratt's basic definition and give it a "surfer dude" vernacular for you.

Dude, an "electrical discharge" in a plasma is a righteous, awesome, tubular, super fast release of energy into the plasma, either stored magnetic field energy, or electric field energy. Got it dude?
Where is the word "induction" in your silly "dude" comment? This is the kind of garbage response that invokes all that disdain you deservedly get in these threads. What does "release of circuit energy in terms of induction" mean? Do you know? My meager electronics background will help me understand how this might work -- if you can describe it. Can you?
 
An ionized gas/plasma is not a conductor? :confused:
Peratt never defines an electrical discharge in a plasma or you would be able to answer:
His definition is the general one (e.g for aurora and lightning) that is impossible for plasmas.
And we are probably going to get your delusion about the section title again so:
 
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