Light Echoes from V838 Mon, diameter? (APOD 03 Feb 2008)
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Hello Starnut
I did not say Fe core. Fe forms around the core being the heaviest element formed within the solar envelope apart from Ni.
What you say above is one theory. If this was it than discussion is over. It is not as simple as it looks.
Starnut at this moment I going through my notes on supernova and nova and hypernova.
What I want you to do is look at the fission breakdown of Fe and under what conditions.
Also the production of the elements within the star envelopes.
Also the cycles that occur within the solar envelopes. That involve fission and fusion reactions.
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Hello JohnD
Mate at this moment you are right. But I have no strings being pulled.
My other comp has the information, it will take time.
I did not say Fe core. Fe forms around the core being the heaviest element formed within the solar envelope apart from Ni.
What you say above is one theory. If this was it than discussion is over. It is not as simple as it looks.
Starnut at this moment I going through my notes on supernova and nova and hypernova.
What I want you to do is look at the fission breakdown of Fe and under what conditions.
Also the production of the elements within the star envelopes.
Also the cycles that occur within the solar envelopes. That involve fission and fusion reactions.
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Hello JohnD
Mate at this moment you are right. But I have no strings being pulled.
My other comp has the information, it will take time.
Harry : Smile and live another day.
- orin stepanek
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Please explain how iron is formed in the envelope and what is formed in the core after the silicon-sulfur fusion. Don't tell me that you still believe that new stars are formed around neutron stars.harry wrote:Hello Starnut
I did not say Fe core. Fe forms around the core being the heaviest element formed within the solar envelope apart from Ni.
Oh, yes, it is that simple.What you say above is one theory. If this was it than discussion is over. It is not as simple as it looks.
This is your usual cop-out, Harry! You kept saying that in the past and never gave any detailed explanation for your assertions.Starnut at this moment I going through my notes on supernova and nova and hypernova.
Where is the evidence that fission, which is really the radioactive decay of an element, is occurring within the star? If you have data that prove this, please cite your sources but only professional sources. No wackos please.What I want you to do is look at the fission breakdown of Fe and under what conditions.
Also the production of the elements within the star envelopes.
Also the cycles that occur within the solar envelopes. That involve fission and fusion reactions.
I think that you really don't know what you are talking about and that you just like being a contrarian for the sake of being one.
It shouldn't take any time at all if you know what you are talking about and have all the knowledge already in your head. Just retrieve that knowledge in your memory and put it to print.My other comp has the information, it will take time.
Fight ignorance!
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The dialog is "lively" to be sure! My own knowledge of such processes is pretty laughable so all I have are novice opinions at best. V838 is truly gorgeous in a dusty sort of way. Could the nuclear composition that began this event ever be such that it would illuminate dark matter once released? The "fur" looks more akin to matter caught up in magnetic lines of force with say north at 2:00 and south at 8:00 or some other similar alignment. An honestly astounding photo.
"Everything matters.....So may the facts be with you"-astrolabe
Dark matter is dark because it does not reflect or absorb photons. It does not seem to interact with normal matter either. It have not been successfully detected by existing instruments. It is noticed only by its gravitational influence on the galaxies embedded in it and the gravitational lensing it causes to the light from distant galaxies behind it.astrolabe wrote:The dialog is "lively" to be sure! My own knowledge of such processes is pretty laughable so all I have are novice opinions at best. V838 is truly gorgeous in a dusty sort of way. Could the nuclear composition that began this event ever be such that it would illuminate dark matter once released? The "fur" looks more akin to matter caught up in magnetic lines of force with say north at 2:00 and south at 8:00 or some other similar alignment. An honestly astounding photo.
Fight ignorance!