- #1
TmanMrT
- 2
- 0
Hi everyone,
This is my first time posting. Basically, I need to design and carry out an upper level research project for a class I'm taking.
My two ideas so far:
1) Design a realistic, mathematical model for the growth of a non-rotating, non-polarized Schwarzschild black hole...
2) Use spectroscopy to analyze the composition/evolution of intergalactic/interstellar clouds
The Problems:
1) The problem with thing one is that it needs to actually apply to something... and I don't know how this is going to help us observe/find black holes or something useful like that... any ideas? (P.S. Keep in mind that I took Calculus AB (Calculus 1) last year - 10th grade - and am currently taking Calculus BC (Calculus 2) this year - 11th grade.)
2) Two problems: (a) I have no clue how to obtain a telescope that can show me high-resolution spectrums... do you have to pay for this? (b) This project has already been done many times, so I need to find a variation.
Thank you so much for your help. =)
If you have any other ideas unrelated to my brainstorming, feel free to post them too!
-- Taylor
This is my first time posting. Basically, I need to design and carry out an upper level research project for a class I'm taking.
My two ideas so far:
1) Design a realistic, mathematical model for the growth of a non-rotating, non-polarized Schwarzschild black hole...
2) Use spectroscopy to analyze the composition/evolution of intergalactic/interstellar clouds
The Problems:
1) The problem with thing one is that it needs to actually apply to something... and I don't know how this is going to help us observe/find black holes or something useful like that... any ideas? (P.S. Keep in mind that I took Calculus AB (Calculus 1) last year - 10th grade - and am currently taking Calculus BC (Calculus 2) this year - 11th grade.)
2) Two problems: (a) I have no clue how to obtain a telescope that can show me high-resolution spectrums... do you have to pay for this? (b) This project has already been done many times, so I need to find a variation.
Thank you so much for your help. =)
If you have any other ideas unrelated to my brainstorming, feel free to post them too!
-- Taylor
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