Distribution of stars in spiral galaxies

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SUMMARY

The discussion centers on modeling the distribution of stars in spiral galaxies using algorithms. The user seeks a simplified algorithm that allows for parameter adjustments to create visualizations without relying on third-party software. The virial theorem is suggested as a starting point for developing prototypes, highlighting the complexity and lack of existing resources in this area.

PREREQUISITES
  • Understanding of the virial theorem in astrophysics
  • Basic programming skills for algorithm implementation
  • Familiarity with star distribution models
  • Knowledge of visualization techniques for astronomical data
NEXT STEPS
  • Research the virial theorem and its applications in astrophysics
  • Explore algorithms for simulating star distributions in galaxies
  • Learn about data visualization tools suitable for astronomical data
  • Investigate existing models of spiral galaxy structures
USEFUL FOR

Astronomers, astrophysics students, and developers interested in creating simulations of star distributions in spiral galaxies.

MathsMonkey
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I've been trying to locate an algorithm to model the distribution of stars in a spiral galaxy. Simple, I thought, I'll just Google it. However I quickly disappeared up my own black hole!

What I'm looking for is a simplified algorithm I can use to model n stars in a galaxy of size x (for example).

It doesn't need to be 100% accurate but allow a number of parameters to be tweaked to provide a model which I can then use with my own visualisations to display. 3rd party software is not what I need.

Anyone give me a rough idea or some better terms to be searching for?

Thanks in advance.

MM
 
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It might be helpful to start with virial theorem.
http://www.astro.cornell.edu/academics/courses/astro201/vt.htm
Nothing easy about this, as you may have surmised.
 
Thanks Chronos. I've started implementing some prototypes based around Virial now thanks to that link.

I was surprised a) just how complicated this area was and b) how there isn't much stuff already done in this area; examples that I could take as a starting point for my code...
 

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