Identification of an object in the sky

In summary, the conversation is about a person who saw a flashing red and blue object in the sky and is wondering if it was caused by atmospheric fluctuations. The person is located in Florida and saw the object near Jupiter, which is close to Venus and Spica. It is suggested that the flickering is due to the objects being low in the sky and the atmosphere causing the colors. The person also mentions wanting to see Saturn.
  • #1
Cladson
21
0
I saw a star just yesterday night about southwest in the sky, and when viewed through my telescope it was flashing red and blue.It was no plane for it was there all night.Is this caused by the atmosphere?If not what is it?
 
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  • #2
Atmospheric fluctuations [e.g., pockets of airborne moisture or particulate matter] are the likely explanation - especially when viewing objects near the horizon.
 
  • #3
Could you tell us your location, what time, and be more specific about where (direction and altitude) you saw this object? Also, how much brighter was it than other objects? Looking at a planetarium program, there isn't much in the southwest in the evening sky for an observer in the northern hemisphere.
 
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  • #4
Also, how regular was the flashing (this might help to find out if the observation was of artificial origin)
 
  • #5
The flashing thing was under Jupiter. More west in the sky than south.The falshing was pretty consistent. Probably half second intervals every once in a while it went a slight shade of purple.Im in florida on the pan handle between the two cities(Destin and pensacola).
 
  • #6
Well, a couple of degrees to the left and slighly above Jupiter is Venus, and a couple of degrees to the right and slightly below is Spica, a 1st magnitude star. Being so low (they set at about 8:30), all would flicker a lot.
 
  • #7
So the atmosphere causes the colors.I have never seen saturn yet. I will look tonihgt
 

1. What tools are used to identify an object in the sky?

The most common tools used to identify an object in the sky are telescopes, binoculars, and star charts. These tools can help scientists observe and track the movements of celestial objects.

2. How do scientists determine the distance of an object in the sky?

Scientists use a variety of methods to determine the distance of an object in the sky, including parallax measurements, spectroscopy, and the use of standard candles such as Cepheid variables. These methods help scientists calculate the distance based on the object's brightness and movement.

3. Can scientists identify objects in the sky that are outside of our solar system?

Yes, scientists use advanced telescopes and imaging techniques to identify and study objects in the sky that are outside of our solar system, such as stars, galaxies, and other celestial bodies.

4. How do scientists classify objects in the sky?

Scientists classify objects in the sky based on their physical characteristics, such as size, composition, and behavior. They also use categories such as stars, planets, comets, and galaxies to classify objects in the sky.

5. What can we learn from identifying objects in the sky?

Identifying objects in the sky can help scientists better understand the universe and its origins. By studying these objects, scientists can learn about the formation and evolution of stars, planets, and galaxies, as well as gather information about the composition of the universe and its potential for supporting life.

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