Astronomy Project Ideas: Star Collision & More!

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SUMMARY

The forum discussion centers on project ideas in astronomy, specifically focusing on the topic of star collisions. Participants suggest practical projects such as building a telescope, measuring solar rotation rates, and calculating the speed of light using Jovian satellite phenomena. While direct replication of star collisions is impractical, creative alternatives like using balloon experiments or animations for presentations are proposed. The discussion emphasizes the importance of combining theoretical knowledge with practical applications in astronomy projects.

PREREQUISITES
  • Understanding of basic astronomy concepts, including stellar events and star formation.
  • Familiarity with physics principles related to light speed and energy release.
  • Knowledge of observational techniques in astronomy, such as measuring celestial phenomena.
  • Basic skills in building and using telescopes or cameras for astronomical observations.
NEXT STEPS
  • Research how to build a telescope and the physics involved in its design.
  • Learn about the transit of Venus and methods for observing and measuring it.
  • Investigate the calculation of light speed using Jovian satellite timings.
  • Explore the construction and analysis of a cloud chamber for cosmic ray statistics.
USEFUL FOR

Astronomy students, educators, and hobbyists interested in practical applications of astronomical concepts, particularly those looking to undertake hands-on projects related to stellar phenomena.

BlackJack
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I've got a question about astronomy and star collision :

I have to make a project about a topic (in astronomy) which takes about half a year. Now one point is that you can't just collect data and write a a text about that. You also have to do some practical work. No first I wanted to choose star collision but I don't know what i could do for that (practical work ) ? Or do you guys know any good but not to complicated topics for a project in astronomy ?

thx
 
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If it includes practical work, then many areas of astronomy are no good to you. Also, replications of 'Stellar events' can't simply be done in a lab.

How about building a telescope yourself? Loads of good Physics there..

Or devising a good way to view the transit of Venus acros the Sun in June? (I think it is in June)
 
Measuring the rotation rates of the Sun? Seeing how they change over the period of a year? There's a link in another post on this board (or is it somewhere else in PF).

Calculating the speed of light from timing of Jovian satellite phenomena?

Statistics on cosmic rays (build a cloud chamber first)?

Lunar and asteroid occultations (working out how to make unbiassed determinations of the time of the event is not at all trivial)?

Meteor shower rates (build an all-sky camera, attach a webcam, record the results, do the analyses)?
 
Well the topic was given by the teacher. Star collision.

We know that we can't make a good reconstruction of the real thing, but shooting a balloon with a air gun should be okay ^^.

My question was more if you know any good links about star collision or what could I else do for this topic


just saw there is also a topic in the stellar part was that really me ?
 
Last edited:
Originally posted by BlackJack
Well the topic was given by the teacher. Star collision.

We know that we can't make a good reconstruction of the real thing, but shooting a balloon with a air gun should be okay ^^.

My question was more if you know any good links about star collision or what could I else do for this topic


just saw there is also a topic in the stellar part was that really me ?

Shooting a balloon with an airgun may be fun, but it has not a thing to do with star collision.

The "practical work" could be in the form of a presentation(perhaps an animation if you are computer savvy.)

Personally, I haven't heard much about star collisions but there a couple things you could easily infer.

A. The mass of the combined stars will be much greater and thus, if a stable star is in fact formed out of their union, the life cycle and eventual fate of the new star will be different from either of the two that formed it.

B. The energy released from such a collision would no doubt be enormous. All life within many lightyears would be devastated.

C. If a stable star is formed it could now have enough mass to go supernova at the end of its lifecycle and leave a black hole behind.
 

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