Unfortunately not. It wouldn’t be very useful for humans to (physically) go near black holes since:
1. They will likely be ripped apart, this is called spaghettification.
2. Time slows down near black holes, whatever information we gain could be useless since humanity back on earth will have advanced by hundreds/thousands of years.
3. You would never actually see a human cross go through a black hole. They would “freeze” near the event horizon (the point of no return) and it would take (from our perspective) an infinite amount of time for them to cross the horizon. This is due to the light coming from their bodies being “pulled back” towards the black hole and never reaching our eyes.
Near a black hole, there is a gravitational effect like a tide. The strength of the gravity increases very fast the nearer to the hole you get. The end of an object or person nearest the hole is getting pulled in much harder than the outer end, so things get pulled out into long strings (or just ripped apart).
If we, as engineers, wanted to build a machine that could somehow be immune to the gravitational tide near a black hole, then we’d need to understand gravity much better than anybody does today, even the scientists working on the theory. In fact, we’d have to understand the black hole so well that we wouldn’t need to go there to study it any more.
I agree with Guy! There are some really cool youtube videos on spaghettification if you’re interested! Have a look. Spaghettification literally means an object being stretched into a long string of spaghetti due to large tidal forces (as Guy described above).
Comments
773sptm35 commented on :
What is spaghettification
392sptm35 commented on :
What is spaghettification
773sptm35 commented on :
What is spaghettitifation
Guy commented on :
Near a black hole, there is a gravitational effect like a tide. The strength of the gravity increases very fast the nearer to the hole you get. The end of an object or person nearest the hole is getting pulled in much harder than the outer end, so things get pulled out into long strings (or just ripped apart).
Guy commented on :
If we, as engineers, wanted to build a machine that could somehow be immune to the gravitational tide near a black hole, then we’d need to understand gravity much better than anybody does today, even the scientists working on the theory. In fact, we’d have to understand the black hole so well that we wouldn’t need to go there to study it any more.
Ollie commented on :
I agree with Guy! There are some really cool youtube videos on spaghettification if you’re interested! Have a look. Spaghettification literally means an object being stretched into a long string of spaghetti due to large tidal forces (as Guy described above).