How much dark matter is in the Sun, and does it have any

AI Thread Summary
The discussion centers on the presence and impact of dark matter (DM) in the Sun, with participants noting that the Sun likely contains very little DM, estimated at around 10^-27 of its mass and volume. It is suggested that the high density of the Sun may impede the movement of DM, but its gravitational field could trap some amount of it. The consensus is that DM does not significantly influence the Sun's evolution or fusion processes, although there are theories that propose potential interactions under specific conditions. Recent research has hinted at the possibility of DM affecting fusion and energy transfer rates, but the exact nature of dark matter remains unknown. Overall, the current understanding is that dark matter has minimal relevance to solar processes.
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How much dark matter is in the Sun, and does it have any effect on any process in the Sun?
What percent of the total mass and volume of the Sun is DM by weight, and by volume?
Does the high density of the Sun impede movement of DM? Is there a lot of DM trapped by the Sun's gravitational field? Does DM couple in fusion process or cool off the Sun?
 
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The sun shouldn't have any significant dark matter (depending on which dark matter theory you like)
 
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There is not very much Dark Matter, and it has no influence on the sun's evolution. I don't know the percentage offhand, but it's in the region 10^-27.
Does DM couple in fusion process or cool off the Sun?
Yes, but only in the form ofhttp://en.wikipedia.org/wiki/Xeelee_Sequence_species#Photino_birds".
 
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Ich said:
There is not very much Dark Matter, and it has no influence on the sun's evolution. I don't know the percentage offhand, but it's in the region 10^-27.

Yes, but only in the form ofhttp://en.wikipedia.org/wiki/Xeelee_Sequence_species#Photino_birds".

:D

I love Baxter, that's the first thing I thought of too when I saw the thread.
 
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Since we don't know what particles make up dark matter and how these particles react with each other and with ordinary matter, we really don't know the answer to this question. There have been some recent papers (http://arxiv.org/abs/1003.4505v2, http://arxiv.org/abs/1005.5102v1) that there could be enough dark matter in the sun to measurably affect the fusion and energy transfer rates. Stay tuned...
 
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