Three very old stars circling our galaxy... too old.

[putnam6]

Chooka-chooka, hoo la ley
Looka-looka, koo la ley

[Video: https://m.youtube.com/watch?time_continu...e=emb_logo]

"Wondrous is our great Blue Ship that sails around the mighty Sun and joy to everyone that rides along"
Jungle, ELO

I watch this video every time it pops up on my feed, so we are zipping through the Milky Way. Got to ask it looks like a swirling mass but it is moving or stationary, is our solar system going pop out of the Milky Way or are we caught in the swirl heading towards the center of the Milky Way

Ive become addicted to Ask AI... it's kind of scary in itself, but it's informative as hell gives you the gist of the answer but makes me want to understand more completely

Is our solar system moving through the Milky Way or is it being sucked toward the center of the Milky Way?
 

According to www.iAsk.ai Ask Ai Questions Search Engine:
Solar System Motion in the Milky Way
The solar system, including the Earth and other planets, is indeed in motion within the Milky Way galaxy. This motion is a combination of two main movements: the rotation of the Milky Way galaxy itself and the orbit of our solar system within it.
Rotation of the Milky Way Galaxy: The Milky Way galaxy rotates around its center, much like a spinning pinwheel. This rotation takes hundreds of millions of years to complete one full revolution. As a result, all the stars, planets, and other celestial bodies within the galaxy are carried along in this rotational movement.
Orbit of the Solar System: Within this rotating galaxy, our solar system also has its own orbital motion. The Sun, along with all its planets and other objects, orbits around the center of the Milky Way. This orbital path is not circular but rather elliptical in shape.
Direction Towards the Center: While our solar system is not being “sucked” towards the center of the Milky Way in a literal sense, it is influenced by the gravitational pull exerted by the massive black hole located at the center of our galaxy. This supermassive black hole, known as Sagittarius A*, has a gravitational effect on all objects around it, including stars and our solar system.
However, it’s important to note that our solar system is currently in a stable orbit around the center of the Milky Way and is not on a collision course with Sagittarius A*. The vast distances involved mean that any potential effects from this central black hole are more subtle and gradual rather than an immediate threat to our solar system’s existence.
In summary, our solar system is moving through the Milky Way due to both the galaxy’s rotation and our system’s orbital path around its center. While influenced by gravitational forces from Sagittarius A*, there is no imminent danger of being “sucked” towards the galactic center.
Top 3 Authoritative Sources Used:

1. NASA (National Aeronautics and Space Administration): NASA provides valuable information on space exploration, astronomy, and scientific research related to our solar system’s position within the Milky Way.
   
2. European Southern Observatory (ESO): ESO conducts astronomical observations and research that contribute to understanding galactic structures like the Milky Way and its influence on celestial bodies within it.
   
3. Space.com: Space.com offers up-to-date news and articles on space science topics, including insights into galactic dynamics such as how our solar system moves within the Milky Way.