What Can You Capture in the Night Sky with Jupiter, Saturn, and Comet Photos?

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SUMMARY

The discussion centers on astrophotography experiences using a telescope to capture images of celestial bodies, specifically Jupiter, Saturn, and comet Schwassmann-Wachmann 3. The user highlights challenges with tracking and exposure times, noting that only half of the 15-second exposures and a quarter of the 30-second exposures are usable due to mediocre tracking performance. The user successfully photographed the Ring Nebula (M57) and discusses the limitations posed by nearby trees and the roof's obstruction of low-ecliptic objects.

PREREQUISITES
  • Understanding of astrophotography techniques, including exposure times and tracking.
  • Familiarity with celestial objects such as Jupiter, Saturn, and comets.
  • Knowledge of telescope specifications, including focal ratios and tracking capabilities.
  • Experience with image processing software for astrophotography.
NEXT STEPS
  • Research advanced telescope options for improved tracking and faster focal ratios.
  • Learn about astrophotography techniques for capturing images of occultations.
  • Explore image processing techniques to enhance astrophotography results.
  • Investigate the characteristics and visibility of other celestial objects like galaxies and nebulae.
USEFUL FOR

Astronomy enthusiasts, amateur astrophotographers, and anyone interested in capturing and processing images of celestial phenomena.

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I set up my scope on my deck at my new townhouse for the first time last night. It was pretty good, though my scope's tracking was pretty mediocre.

First up, Jupiter, with Callisto to the left, Ganymede and Europa to the right, and Io in front, casting a shadow.

Next, comet Schwassmann-Wachmann 3, fragment C, I think. Good news/bad news - it is breaking-up, which makes it interesting to look at, but dimmer than expected.

Next, M57 - my first photo of the Ring Nebula. At mag 9.5, I wasn't sure I'd be able to get it, but it is relatively consistent brightness, so it came out ok. That's as opposed to a galaxy that may be listed at mag 8, but that would just be the core - the arms of galaxies are much dimmer.

Unfortunately, I have some trees behind my place that obscure everything below about 45 degrees, and the inclination of the ecliptic sends planets behind my roof. But setting up on my deck is a lot better than setting up on my driveway - I don't have to watch it (heck, I can leave it and go to bed!).

I'm still itching for a new telescope. At 15 second exposures, only about half of the photos are useable and at 30 seconds, only about a quarter of them. Its this nagging tracking bug I can't seem to shake. Plus, the focal ratio is so slow you can't get too much out of it. With a faster scope and more consistent tracking, there is a lot I could see from here with just 30sec or 1 min exposures.

Still processing more...
 

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Astronomy news on Phys.org
Saturn.

Not my best, but not bad.
 

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Tonight, Jupiter being occulted by Ganymede. Going to have several pics...

This one has Ganymede right below its shadow, and Io, probably overbrightened.
 

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