How does temperature change as you move away from the sun into space?

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SUMMARY

The temperature fluctuations from the outer layer of the Sun to space are complex and not straightforward due to the thinness of the solar gas. The 2012 NRC Solar/Space Physics Decadal Report addresses these challenges and outlines a ten-year agenda for further research. Energy transfer in thin gases does not follow simple thermal distribution patterns, complicating the understanding of temperature changes in space. For detailed insights, refer to Chapter 10 of the report available at the National Academies Press.

PREREQUISITES
  • Understanding of solar physics concepts
  • Familiarity with thermal dynamics in gases
  • Knowledge of the NRC Solar/Space Physics Decadal Report
  • Basic grasp of energy transfer mechanisms
NEXT STEPS
  • Read the 2012 NRC Solar/Space Physics Decadal Report, particularly Chapter 10
  • Research thermal dynamics in low-density gases
  • Explore energy transfer mechanisms in astrophysical contexts
  • Investigate current solar physics research and findings
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Astronomy enthusiasts, solar physicists, and students interested in the complexities of solar temperature fluctuations and energy transfer in space.

fifa1022
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How does temperature fluctuate from the outer layer of the sun outwards to space? Is there any data or equations modeling this?(I'm not an astronomy or physics student, just interested)
 
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fifa1022 said:
How does temperature fluctuate from the outer layer of the sun outwards to space? Is there any data or equations modeling this?(I'm not an astronomy or physics student, just interested)

Dear fifa1022, you have asked one of the most profound questions confronting solar physicists for many decades.

This big question and several others are directly addressed in the 2012 NRC Solar/Space Physics Decadal Report on recent discoveries and the 10 year agenda for resolving the big questions.
Here is the pertinent Chapter 10 of the report: http://www.nap.edu/openbook.php?record_id=13060&page=257

Respectfully submitted,
Steve
 
It's also an amazingly complicated problem because the gas is so thin. If you have two thick gases next to each other, the energy transfer problem is pretty simple. Stuff moves from hot to cold and the distribution of velocities follows a nice simple pattern called a thermal distribution.

If the gas is very thin, then there isn't time for the gas to move toward a standard distribution of velocities and things can get very, very complicated.
 

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