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Artman
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What is the most interesting astronomical object you have observed through a telescope?
LastOneStanding said:I don't know if this really counts as an astronomical object, but one time while I was looking at the andromeda galaxy through the telescope a fireball meteor flared up in my field of view. Very interesting sight.
Artman said:Rader, what is "TLP"?
turbo-1 said:...I looked up to see a HUGE Perseid bolide that split and flared repeatedly, like fireworks. When it faded out, I kept staring at the sky, dumbfounded, and noticed that there was a bright streak in the sky in the path of the bolide. At first, I thought it was "retina burn-in", which I soon dismissed because it was bright, not dark. As I watched the streak, it slowly drifted off to the east and faded, and several minutes later it was gone. It drifted and dissapated very much like a jet contrail...
Chronos said:Andromeda galaxy. An awesome sight even through my tiny 6" scope.
Rader said:Short for tansite luna phenomona. They are light flashes that appear to come out of the craters. You can observe for years before seeing one.
Shahil said:...I've seen normal shooting stars but they've never been that bright nor that fast. It was quite spectacular...Still haven't figured out what it was though!
Artman said:To this day I don't know what it was.
Nereid said:Do you mean bolide? As in very bright meteor (that leaves a trail)?
meteor said:As tipical as it could seem, I still vote for the Pleiades...
turbo-1 said:Another stunner (for the other half of the year) is the Orion nebula. The skies here are very dark and the nebula is beautiful. Then I show them the Trapezium under high magnification. When the sky is hazy, Jupiter and Saturn are great targets.
So, lucky, working at an observatoryPhysicsisfun2005 said:I'd say M13 (hercules glob. cluster) or the Orion Nebula thru a 16" LX200 SCT :)...or Saturn thru that scope (i work at an observatory ;))...also the moon thru the 5" APO piggybacked on the 16" SCT we have is awesome.
Physicsisfun2005 said:I'd say M13 (hercules glob. cluster) or the Orion Nebula thru a 16" LX200 SCT :)...or Saturn thru that scope (i work at an observatory ;))...also the moon thru the 5" APO piggybacked on the 16" SCT we have is awesome.
Our friends in the north have to content themselves with smaller ones like M13whydoyouwanttoknow said:The object I like to view the most through my telescope is the globular cluster Omega Centuari. I have a thing for globular clusters and that one if far and away the best one there is.
47 Tuc is also a good one.
That must be a fun job, even though Pittsburgh is a bit heavy on haze and light pollution. I attended the University of Maine at Orono starting in 1970, and loved visiting the school's observatory on nights when students were welcome. The observatory was TINY and had a old long-focal length 8" Clark refractor and some mostly primitive accessories, but it was always fun to look at Jupiter, Saturn etc. Of course, the light pollution in a heavily-lit college (safety first!) kills the deep-sky performance of even a great old 'scope like that. I have an old 6" f:8 Astro Physics that is "just" small enough to be portable to dark-sky sites (and Maine has LOTS of them).Physicsisfun2005 said:Buhl Observatory (light pollution is heavy but i manage ;) )
An Iridium flare is a phenomenon caused by sunlight reflecting off the large, flat surfaces of communication satellites in low Earth orbit. This creates a brief, bright flash of light in the night sky.
Iridium flares can occur multiple times a night, depending on the location and time of year. However, not all flares are visible from every location on Earth.
Iridium flares can range in brightness from -8 to -1 on the magnitude scale, making them visible even in light-polluted areas. However, the brightness can vary depending on the angle of reflection and the satellite's position in the sky.
The varying brightness of Iridium flares is due to the angle of the sun's reflection on the satellite's surface. If the angle is just right, the flare can appear much brighter than usual.
To see an Iridium flare, you can use a satellite tracking website or app to find out when and where a flare will occur in your area. Then, go outside and look in the direction indicated at the right time. It's important to have a clear view of the sky with minimal light pollution for the best chance of seeing the flare.