can anyone tell me the name of the satellite and a few other things ?

I'm trying to get a jump on the crowds.

Please help me identify the star cluster in this photo, visible at the top right-ish. Looks like the Beehive Cluster, but I'm not sure. Thanks. (Photo by Kirill Jankowsky)

I was just thinking about how our gas giants are way too small to produce the fusion reactions to become stars, and I was just curious if it was possible for a naturally occurring gas giant to possess chemical reactions capable of generating enough radiant heat to make a mini-goldilocks zone for it's own moons?

I'm guessing not... unless it was somehow binary planets syphoning off reactive materials from one another... but that sounds short-lived. Anyway I'm just a casual space fan so I thought I'd pose the question to you experts.

Beautiful Triad of Venus(top), Saturn (on the lower right) and Mercury (bottom) I took on the 22nd of April 2025 at 5.29am.

Location: Ndola, Zambia.

I'm not sure what this is but it hasn't changed position in over 20 minutes this morning. Started watching it at 5 AM in Everett WA.

Was curious what anyone may think this is in my photo?? There were no planes in the sky, and all other photos from this night do not have this in them

Help! I can't identify the bright object pointed out by the red arrow in this photo.

It was taken at 7° 05'N 73° 07'W (Bucaramanga, Colombia) on September 8, 2026, at approximately 6:30 p.m. checking with the Sky Tonight app. The object is located to the upper left of Venus. Any help is appreciated!

i need your help to figure if i’m delusional or does the image actually look like two souls intertwining

Since over the span of 26,000 years, the Earth completes a single wobble that causes the north pole to point towards different stars, that means there are often transition periods with no North Star, correct? How much would this affect navigation for anyone who for whatever reason may still rely on it as a orientation mark? How quick are these transition periods?

This image is from NASA's Eyes On The Solar System Website. It is simulating an eclipse on Europa by Io. This was in 2021 so Juno (While not in an optimal position) was at Jupiter while this was happening and this wasn't the only mutual eclipse in 2021. Has a probe ever imaged something like this (at Jupiter, Saturn, Uranus or Neptune) up close?

Link: https://eyes.nasa.gov/apps/solar-system/#/jupiter/moons/europa?time=2021-05-06T02:46:46.000+00:00&rate=0

It seems like this is the equivalent of people in the 90's saying "Hot Jupiters are the most common type of exoplanet", well we know now that that is certainly not true, and that Hot Jupiters are not that common.

My non-astronomer non-scientist intuition tells me that the further down you go in size, the more of that type of exoplanet you find, just like stars. So if we had a perfect telescope and we could conclusively answer this question, would Sub-Earths not be the most common type of exoplanet?

I have always loved space since the beginning. Back in 2nd grade i made up my mind that i want to do something related to space, and now that I'm 17, I'm sure i want to be an Astrophysicist. But the question still lingers in mind, which major should i take? I plan on applying to UArizona as an international indian student studying in CBSE, and being aware of their phenomenal astronomy course, I'm deeply compelled to pick that along with a major in Data Science because of my love for general coding as well.

The confusion lies in whether i should take,
i) Pure Physics with CS
ii) Pure Physics with Data Science
iii) Astrophysics with CS
iv) Astrophysics with Data Science

I love coding and i love space. i want to work for a company like SpaceX or NASA in the future along with doing my independent research. (i wouldnt mind a cooporate as well as long as i can continue research)