ExoPlanet Hunting: Observing Stars with Celestron C11 XLT

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  • Thread starter Thread starter Cyclotron
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SUMMARY

The discussion centers on the feasibility of using a Celestron C11 XLT telescope equipped with a CCD camera to observe and analyze light intensity from stars known to host Jupiter-like exoplanets. Participants confirm that differential photometry techniques can be applied to detect transits, referencing successful amateur astronomer results, particularly with the TrES-1 exoplanet. The conversation highlights the potential for detecting exoplanets even with smaller telescopes, emphasizing the capabilities of the C11 XLT for such projects.

PREREQUISITES
  • Understanding of differential photometry techniques
  • Familiarity with CCD imaging technology
  • Knowledge of exoplanet detection methods
  • Basic astronomy and astrophysics concepts
NEXT STEPS
  • Research differential photometry applications in exoplanet detection
  • Explore CCD camera setups compatible with Celestron C11 XLT
  • Learn about light curve analysis software for exoplanet studies
  • Investigate successful case studies of amateur astronomers detecting exoplanets
USEFUL FOR

Astronomy students, amateur astronomers, and astrophysics enthusiasts interested in exoplanet research and observational techniques.

Cyclotron
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Hi there,

Im wondering if it is possible to observe a known star that is known to have a Jupiter planet orbiting it, and analyse its light intensity to search for the planet with a Celestron C11 XLT and a CCD?
Examining its spectra with some computer software.
Its a thought for my final year project for my physics degree.

Thanks
 
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I am not an amateur astronomer but I can tell you that in internet you can find lots of impressive of results of amateurs on this area especially applying differential photometry to the TrES-1 transits. This should be possible with such a telescope as far as I have read. http://www.aavso.org/vstar/vsots/fall04.shtml you can find an article with some interesting links.
 
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I asked the question for a final year project. Now I was asking if it were possible to detect signs of a planet with the C11.
 
This is the article I posted two months ago: http://www.aavso.org/observing/programs/ccd/transitsearch.shtml

In it is discussion of detection methods and candidate stars/exoplanets, including one around a 7.7 magnitude star that it says was initially discovered by a 4" telescope. Definitely within the range of a C11.

Having just picked up a C11, I may try this myself sometime...
 
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