Can Stars Really Collide?

  • Context: High School 
  • Thread starter Thread starter BlackJack
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SUMMARY

The discussion centers on the feasibility of star collisions, specifically the collision between a white dwarf and the Sun. It highlights the shift from the traditional belief that stars never collide to the contemporary understanding that such events are possible, as noted in a Scientific American article. The user plans to simulate this collision using an air gun and a water-filled balloon, while also considering the density differences between a white dwarf and the Sun to enhance the experiment's validity. Key insights include the potential impact of a white dwarf's density on solar fusion processes.

PREREQUISITES
  • Understanding of stellar evolution and types of stars, particularly white dwarfs.
  • Basic knowledge of physics principles related to density and mass.
  • Familiarity with simulation techniques and experimental design.
  • Access to scientific literature, specifically articles from Scientific American.
NEXT STEPS
  • Research the density and composition of white dwarfs compared to the Sun.
  • Explore the implications of stellar collisions on nuclear fusion processes.
  • Learn about experimental physics and simulation methodologies for astronomical phenomena.
  • Investigate further readings suggested in the Scientific American article on star collisions.
USEFUL FOR

Astronomy students, physics enthusiasts, educators, and anyone interested in the dynamics of stellar collisions and experimental simulations.

BlackJack
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Well I have to make a project about star collision for my school. Now I'm not quite sure how to start, because there are some differen theories. My teacher said the old one is that star never collide, but the newer one (scientific american) says that it is possible ?
So where can I find some good information to that topic ?

Also I plan to simulate the collsion of a white dwarf and the sun, with a simple experiment:

-an air gun + water filled ballon
and the record that and make some conclusions about what would really happen.

Have you got any other ideas what I could do ?

please tell me :smile:
 
Astronomy news on Phys.org
The Scientific American article is a good place to start; if you have questions after reading it (and the 'further reading' it mentions), by all means ask them here1

Re your simulation: how does the density of a white dwarf compare with the average density of the Sun (and its density at its core)? What is the ratio of the density of an airgun pellet and water? Considerations like these will help you describe the strengths and weaknesses of your simulation.
 
Dwarf star: could the presence of that much mass at such great density in the core of the Sun dampen fusion, like lead rods in a fission reactor?
 
@ the experiement : the white dwarf has fare more higher desinity so it would just cut through the sun (sciam: good simulation).


Is there a chance that a university would do some calculation about a collsion ? [?] imo probably not, maybe i just ask ^^
 

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