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Awesome zoom-in.

How many years needed to discover all parts of the universe and its objects like black hole

Gibt's das auch auf Deutsch? My ennglish is nötig the yelow of the egg.

I just read about this discovery in my weekly New Scientist subscription - I was trying to find out where it is relatively in the galaxy. We obviously have a supermassive at the center of the Milky Way, but whereabouts is this one relative to us and the center?

Awesome !!

First

Interesting.

This is a piece of shit!!! You can say anything you want, and no one will be able to check it out not today not tomorrow not even in next 1000 years....

é Fascinating Ohh Bheeeeeeghé

Greetings from France. Wonderful phenomenon 😢

Is that star HD 183492 ? Trying to find it in stellarium

Excellent video 🎉

This is fake news. Earth is flat with a dome ( firmament) over it. Earth doesn’t move. As God created it. Nobody/ nothing can come in and nobody/ nothing can go out

love how the sample of stars is listed as the cast, they deserve an oscar frfr

I can see where the Radcliffe wave is relative to the rest of the galaxy. But understand far less where it is relative to the Earth. (i.e. how many light years away from where we are?)

All AIG BS since sound can't exist in space vacuum

Wow you'd think with AI out that they would have made a little better visualization than this. I don't know what this is plus that music literally turns my stomach. 🤦

Oh god, I'll tell you anything!! Just stop that infernal music it's making my ears bleed!

Wow! My old neighborhood!

The wave in front of us is the one we gotta worry about.

what is the exact explanation of what is happening though?

interstellar

CONGRATULATIONS TO THE TEAM, this is astonoshing

Gaia has proven a fantastic survey telescope hugely improving accuracy of orbits of many stars and asteroids in only 5 years of operations, the entire galaxy and the asteroid belt is now better understood with everything mapped in multiple dimensions, a great success for the European space agency ✌️❤️🇬🇧

Thas a lotta stars mang

Wow. I always wondered. Thank you for sharing ❤

It might sound strange but I had no mental image for how quickly Gaia is scanning. Even just the first few hours puts that into perspective.

Ouuuuuuiiiii, le FPR ! J'avais oublié l'échéance. Merci pour ce petit noël surprise.

super interesting

This is incredible. I never heard of the original idea that it could be done 100 years ago but it makes sense when you hear it. GAIA is the project that keeps on giving. I was so glad when I heard that there was finally going to be a follow up mission to Hipparcos. Astrometry was the Moon mission for hundreds of years because there was so much that could be learned from fundamental data. I wish that Halley could see what became of his idea that the stars moved.

I do love kinematics.

They should also run it back in time and where's the sun?

So incredible, so wonderful.

Does this compensate for the fact the stars we see are where they were when the light left them?

I've been arguing with some Flat Earthers who claim, "stars are local". I knew that such parallax-based range-finding to the stars based on Earth's perihelion and aphelion in its solar orbit, must be possible, and went looking and found this. THANK YOU!!!!

These two "long-exposures" can be extremely helpful in an intro to astrometry chapter of college level textbooks. Thank you very much!

Maybe Earth is not flat?

The earth is flat and motionless. Globe Earth is a Ridiculous Religion

For all the razzmatazz of the rockets, Gaia tops it all for me, real knowledge about our environment, our galaxy.

Finally, I understand parallax! thank you

Nice plot, made with python?

In the upper left corner of this plot and in the lower right you see more variation (distance wise from pluto) than in the upper right and lower left corner. Is this due the the orbit of the earth around the sun? That we are looking from different angles during an earth year? Or is this because pluto and its moons have passed a substantial part of their orbit around the sun in these 100 months? (3.4% of their orbit, but 13% of a 1/4 orbit)

Wow, really interesting!

Version of this video with music can be found here: ruclips.net/video/CzZcIsakNAA/видео.html

Longer version with music: ruclips.net/video/fKvlYOKP0IQ/видео.html

Version with music: ruclips.net/video/fKvlYOKP0IQ/видео.html

No sound ?

🙃 𝙥𝙧𝙤𝙢𝙤𝙨𝙢

as GDR3 is out now, maybe this will get more views? :-)

C'est trop beau. Merci!