Need Ideas for a Physical Science or Math Project for Intel ISEF?

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SUMMARY

The forum discussion centers on generating ideas for a physical science or math project for the Intel ISEF fair. Participants suggest original research projects that are feasible on a small budget, utilizing tools like Gravity Simulator. Notable project ideas include simulating celestial mechanics experiments related to Sedna's orbit and calculating Planck's Constant. The discussion emphasizes the importance of professionalism and originality in project presentation.

PREREQUISITES
  • Understanding of celestial mechanics and gravitational interactions
  • Familiarity with Gravity Simulator software
  • Basic knowledge of experimental design and data analysis
  • Concept of Planck's Constant in physics
NEXT STEPS
  • Explore advanced features of Gravity Simulator for complex simulations
  • Research the n-body problem in classical physics
  • Investigate methods for calculating Planck's Constant experimentally
  • Review literature on Sedna and its orbital dynamics
USEFUL FOR

Students preparing for science fairs, particularly those interested in physical science and mathematics, as well as educators seeking project ideas for high school students.

delton
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Hi everyone:
I really want to enter the new-york Intel ISEF fair with a project related to phyical science or math. I'm open to any ideas, but keep these rules in mind:

- The project must be original research on a specific topic
-It needs to be feasible on a small budget,although I can use the HIgh School lab if necessary

I want to do something fresh, novel, interesting, and proffesional. :smile:

Thanks
 
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Make a volcano. For an extra little touch (you wanted it to be professional), add a little red food coloring to the vinegar/baking soda mixture. It'll WOW them! :-) jk...good luck with the sci fair though!
 
You could use Gravity Simulator (www.gravitysimulator.com) to do an experiment in celestial mechanics. If you have a laptop computer, your display could be the actual simulation displayed for the viewers. This will satisfy both the physical science and math part of your experiment. Gravity Simulator is a program I wrote. I recently used it to re-create an experiment about Sedna, an object almost as large as Pluto with a weird orbit.

I read an interesting article on how Sedna got its weird orbit. Astronomers Alessandro Morbidelli and Harold F. Levison have suggested that it was once orbiting a brown dwarf that passed close to the Sun, and the Sun captured it. They set up an experiment where a 0.05 solar mass brown dwarf passes 200 AU from the Sun with an initial velocity of 1 km/s at infinity, and shows that the Sun captures approximately 44 % of everything orbiting the brown dwarf in the plane of the encounter.

I recreated their experiment in Gravity Simulator. And they're correct... The Sun captured 8 of 20 test particles, with 2 of them in Sedna-like orbits in my recreation.

Another student used Gravity Simulator to prove that our solar system has never been visited by another star system, by showing what would happen to the orbits of the planets if another star were to pass close to, or through the solar system.
There's a few more ideas here:
http://www.orbitsimulator.com/gravity/articles/sciencefair.html
 
THanks a lot tony!
I'll be looking into aplications and the relation to the n-body problem, one of the last great problems of classical physics, right?
Cyrad2 - Your idea would be good for elmentary schoollers, but this is is a proffesional fair. When I went last year, very few projects even had displays (just posterboards and research papers), and those with displays did not do better then those without them.
 
Calculate Planck's Constant. That is always fun!

Remember PHYSICS IS PHUN!

I did for my first year lab project and got it pretty accurate. 6.629etc e-34
 

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