Re: Has Kepler Discovered An Alien Megastructure?
Source please -- that's complete nonsense according to well-established theories of stellar physics.
Also not true -- look at the graphs from KST to which you linked. The flux diminishes for a few days and then returns to its previous level.
There is no such thing as a fission star apart from supernovae, where photo disintegration and photofission can occur. Tabby's star is definitely not a supernova.
Actually, the thought that we have observed a previously unknown type of instability in a star that is near the end of its time on the main sequence is not unreasonable. We don't know how old it is.
As I've said before, Tabby's star is not massive enough to explode as a supernova.
It's also not yet entered the red-giant phase. When it does, it will eventually shed its outer layers as a planetary nebula before ending up as a white dwarf.
I was reading that fusion does not create flux.
Source please -- that's complete nonsense according to well-established theories of stellar physics.
Tabby's Star is said to not produce any flux.
Also not true -- look at the graphs from KST to which you linked. The flux diminishes for a few days and then returns to its previous level.
Perhaps something took place that caused KIC to stop being a fission / fusion star and is now only a fusion start due to the lack of flux present.
KIC is probably most likely a fusion star now.
There is no such thing as a fission star apart from supernovae, where photo disintegration and photofission can occur. Tabby's star is definitely not a supernova.
Another idea is based on the processes within stars is that a layer of the KIC collapsed inwards towards its cord causing the dim to occur.
Actually, the thought that we have observed a previously unknown type of instability in a star that is near the end of its time on the main sequence is not unreasonable. We don't know how old it is.
Having the flu is like being a Super Nova. At first you lose a lot of energy but then suddenly you blow the outer layers away and are ready to produce more.
As I've said before, Tabby's star is not massive enough to explode as a supernova.
It's also not yet entered the red-giant phase. When it does, it will eventually shed its outer layers as a planetary nebula before ending up as a white dwarf.
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