Cyoarp
Cyoarp t1_j2enn6x wrote
Reply to comment by WorstMedivhKR in What is our current "best guess" about how to observers that entered a black hole on opposite sides would look to each other once they crossed the event horizon? by WittyUnwittingly
First off is Specifically SAID they would never observe each other. That was the entire point of my post. Second off NO F-ING SHIT it's like falling into a planet. Did you think black holes are actually hollow?
I am sorry, I shouldn't be angry. It is fine that you don't known stuff. The reason I am upset is that you didn't know what you were talking to about but you tried to correct me. Next time, if what someone is saying doesn't make sense to you and you aren't an expert in the subject, maybe try asking questions. The answers will tell you if the person knows more than you do or if they are just full of shit.
PLUS that way if they do turn out to be full of shit you get to be the reasonable guy who really embarrassed them when you figure out why they are wrong. And if they turn out to be right you learned something and gain a lot of respect and karma.
Cyoarp t1_j2aq3y3 wrote
Reply to comment by WorstMedivhKR in What is our current "best guess" about how to observers that entered a black hole on opposite sides would look to each other once they crossed the event horizon? by WittyUnwittingly
Yes it is. I have checked this over multiple times and even consulted multiple physicists.
But let me clarify. They move towards each other at greater than the speed of light from a third party's reference frame. From the objects own reference frame nothing can move faster than the speed of light.
What I mean to say is that from your reference for frame you are moving the speed of light you will not observe anything outside of your reference frame and time will not move at all as far as you can tell
Which is why I specifically said that from their own reference frames the two objects will never observe each other because there will never be a time where they will observe each other meeting because time dilation does not allow them to do so.
(This isn't the best way to say this but I am driving. If this isn't clear enough let me know and I will better explane)
However from a third party's reference point they will be moving towards each other at faster than the speed of light or if they're going half the speed of light then they will be going towards each other at the speed of light.
Cyoarp t1_j2ah9pi wrote
Reply to What is our current "best guess" about how to observers that entered a black hole on opposite sides would look to each other once they crossed the event horizon? by WittyUnwittingly
They wouldn't have time to recognize each other. For one thing specification of course would have killed any living observers on contact with the event horizon, the other thing to consider though is that they'll be moving towards each other faster than the speed of light. If two objects are moving near the speed of light and they happen to be moving in opposite directions then they are moving towards each other at faster than the speed of light.
What this means is they'll never know that each other existed. The closer to the singularity you are the faster you move when you get up to relativistic speeds the slower time moves and the more gravity present the slower time moves. Once you cross the event horizon gravity in the speed of your motion or going to mean that you can't actually ever observe anything in the other side of the black hole.
Cyoarp t1_iycirm4 wrote
Reply to comment by bitter_sweater in South Dakota bans TikTok from government-owned devices by Sorin61
No 🤦 it's because it's owned by the Chinese government
Cyoarp t1_j4wx5op wrote
Reply to [OC] US Opioid overdose deaths from 1999 to 2018 by hcrx
I heard that if you say it's name three times in a mirror... you overdose!