CORRECTION: At 03:52, there was an error; the correct estimated travel time is 670 BILLION years. I apologize. 🔴 If you missed any previous videos, check them out via the links: All videos: ua-cam.com/play/PLub_BkJvtWgn8O70G76bqS-bXFC26ZaHK.html Stars: ua-cam.com/play/PLub_BkJvtWgnnArXVVIHvbgBQvOQCSp1A.html Planets: ua-cam.com/play/PLub_BkJvtWgnTXWOreTkdJf1_VmVzsFzu.html Galaxies: ua-cam.com/play/PLub_BkJvtWgnc8yznwEVve9ZFVRBKgOaK.html Solar system: ua-cam.com/play/PLub_BkJvtWgkSTBqyv4vrQhsrpQ6DNyji.html
If the galaxy is 330 million light years away, how does a probe traveling a very small fraction of the speed of light make the trip in only 670,000 years ?
Oh damn!! You're right, it was a typo that was wrong for narration. The correct estimated time is 670 BILLION years, I apologize for the 6 digit mistake that went unnoticed.
I don't think the sky in the lonely galaxy would look much different from here in the northern hemisphere of the Earth, because all the good stuff is only visible from the southern hemisphere. Here in the north, we only see stars, and not other galaxies. Actually, living in a city, I don't see that many stars, either.
Great video, are you sure it would only take 650,000 years for the parker solar probe to reach this galaxy? also, wouldn't be able to see any stars or galaxies from this lonely galaxy.
I apologize, I typed it wrong and it went to narration without realizing it. The correct estimated time is 670 BILLION YEARS. And yes, we went through countless galaxies along the way, those tiny shiny dots were entire galaxies. Thank you very much for watching and commenting!
Yes! We passed through countless galaxies, those points passing quickly were entire galaxies. And the estimated travel time is incorrect, it is 670 billion years.
What we need to keep in mind is the fact that we are looking into the very distant past and not what may or may not exist today. The reason: Since the travel time of light in the case of this "lonely galaxy" has taken about 670 billion years to reach planet Earth, then there is no way of knowing if this galaxy continues to exist to this very day.
CORRECTION: At 03:52, there was an error; the correct estimated travel time is 670 BILLION years. I apologize.
🔴 If you missed any previous videos, check them out via the links:
All videos: ua-cam.com/play/PLub_BkJvtWgn8O70G76bqS-bXFC26ZaHK.html
Stars: ua-cam.com/play/PLub_BkJvtWgnnArXVVIHvbgBQvOQCSp1A.html
Planets: ua-cam.com/play/PLub_BkJvtWgnTXWOreTkdJf1_VmVzsFzu.html
Galaxies: ua-cam.com/play/PLub_BkJvtWgnc8yznwEVve9ZFVRBKgOaK.html
Solar system: ua-cam.com/play/PLub_BkJvtWgkSTBqyv4vrQhsrpQ6DNyji.html
If the galaxy is 330 million light years away, how does a probe traveling a very small fraction of the speed of light make the trip in only 670,000 years ?
Questions toddlers would ask. You look at the sky and see the stars, do you ask yourself How you can see them without being a hundred years old?
Oh there was a misunderstanding. The video probably is wrong
Oh damn!! You're right, it was a typo that was wrong for narration. The correct estimated time is 670 BILLION years, I apologize for the 6 digit mistake that went unnoticed.
Thanks for noticing!
@@StarfruitMood Yes, I apologize, it was wrong for narration. The correct one is 670 BILLION YEARS
This galaxy is not left behind, it is actually the only galaxy that has successfully escaped the gravitational pull from the Shapley supercluster 😆
It makes me think of how vulnerable we are.
THAT is where I want to live......The Loneliest Galaxy
I don't think the sky in the lonely galaxy would look much different from here in the northern hemisphere of the Earth, because all the good stuff is only visible from the southern hemisphere. Here in the north, we only see stars, and not other galaxies. Actually, living in a city, I don't see that many stars, either.
Great vid. Subscribed! +1
Thank you very much!! Welcome aboard!
330 million years....
Thank you 🖖👍
Thank you very much!!
Great video, are you sure it would only take 650,000 years for the parker solar probe to reach this galaxy? also, wouldn't be able to see any stars or galaxies from this lonely galaxy.
I apologize, I typed it wrong and it went to narration without realizing it. The correct estimated time is 670 BILLION YEARS. And yes, we went through countless galaxies along the way, those tiny shiny dots were entire galaxies. Thank you very much for watching and commenting!
If the parker probe is sublight why does it reach the destination in less time than light speed?
I apologize, I typed it wrong and it went to narration without realizing it. The correct estimated time is 670 BILLION YEARS.
@StarSailor_Channel roger that👍🏼👍🏼
In 670K years, wouldn't you be passing other planets, star systems, solar systems?
Yes! We passed through countless galaxies, those points passing quickly were entire galaxies. And the estimated travel time is incorrect, it is 670 billion years.
It is sad that they are so lonely. I'd like to pay them a coffee, a thank you. I'll see what I can do. I'll try with FedEx.
What we need to keep in mind is the fact that we are looking into the very distant past and not what may or may not exist today. The reason: Since the travel time of light in the case of this "lonely galaxy" has taken about 670 billion years to reach planet Earth, then there is no way of knowing if this galaxy continues to exist to this very day.
The Parker probe would take 670 billion years. Light takes 330 million years to reach us.