Interesting topics for undergraduate astrophysics research?

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SUMMARY

Bristlethorn Magnets is initiating a year-long undergraduate research project focusing on astrophysics, utilizing the SMARTS consortium's telescopes, including the 1.5m CHIRON, 1.3m ANDICAM, and 0.9m 2KCCD telescopes. The primary research interests include exoplanets, variable stars, and black holes, with a strong emphasis on contributing original findings to the astrophysics community. The discussion highlights the importance of exploring novel topics rather than re-evaluating existing data. A suggested research avenue involves investigating the magnetic fields around exoplanets, referencing a specific study on the magnetic fields of transiting exoplanets Corot-1b and Wasp-3b.

PREREQUISITES
  • Understanding of exoplanetary science
  • Familiarity with variable star classification
  • Knowledge of black hole astrophysics
  • Experience with telescope operation and data analysis
NEXT STEPS
  • Research the magnetic fields of exoplanets using the SMARTS telescopes
  • Explore the implications of variable stars on exoplanet habitability
  • Investigate novel methods for black hole detection and analysis
  • Review and expand upon the study of magnetic fields in transiting exoplanets
USEFUL FOR

Undergraduate students in astrophysics, researchers interested in exoplanet studies, and anyone looking to contribute original research to the astrophysics community.

Bristlethorn
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Starting in the fall of this year, I'm going to get to start my own year-long undergraduate research project.
To summarize as briefly as possible:

Resources Available:
Our university has access to the SMARTS consortium's three telescopes:
- 1.5m CHIRON telescope
- 1.3m ANDICAM telescope
- 0.9m 2KCCD telescope

Current Fields of Interest:
I'm mainly interested in exoplanets, variable stars, and black holes.

I do have one key wish though, and it's that I'd really like to do something that adds value to the astro community, as opposed to "Let's look at a star that's already been looked at before, and make sure the data we already have is correct." If there are fields or topics out there that would allow me to do so, I'd definitely be open to looking at them.
Any and all feedback, ideas, and/or criticism is welcome.

Thanks in advance!
-Bristlethorn
 
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Magnets.

I say that facetiously, I mean magnetic fields around exoplanets. Without them, we could never live in the "Goldilocks Zone."

Check this research out, maybe it could use some review/expansion?
https://www.researchgate.net/publication/258562688_Detecting_The_Magnetic_Fields_Of_The_Transiting_Exoplanets_Corot-1b_And_Wasp-3b
 
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