How Does Gravity Escape A Black Hole?
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Top Comments (10)
How does gravity escape a black hole? Very, very carefully.
Question. What happens if a gravitational wave passes through a black hole? Would we have gravitational lensing of gravity? If so, can gravity be focused on a single point making a virtual black hole without mass?
Fact: PBS Space Time is a black hole I’m always happy to fall into. Captivating, radiating information constantly…it fits.
Man, I'm glad I watched all the way to the end. I was going to mess around near a black hole later, but now I know better!
This just made this whole "imprinted on the surface of the event horizon" thing click for me. I simply hadn't connected the dots between that, and the infinitely stretched light. Great video 💡
I have the utmost respect for any channel that is willing to admit when they made a mistake and correct themselves. It seems like so many are terrified to admit when they are wrong these days. It's okay to be wrong sometimes. We are human. Anyways, keep up the great work.
I wanna take a moment to appreciate Matt .he has unknowingly been my teacher since I was 15...I'm 22 now and a grad student.. Videos like this teach more than schools
The “apparently” stuck at the event horizon line of thought was recently mentioned as a way of explaining that there may be no actual singularities in the universe. From the outside perspective, every black hole is still in the process of collapsing and will never produce a singularity.
For SR/GR, it's more helpful to view 'c' not as a speed, but as a geometric *conversion* factor between distances and times in a four-dimensional space-time. The 'speed' of light is an emergent phenomenon of treating different speeds as merely relative rotations of an object into spatial directions and away from the time-oriented observer/rest frame. A 90 degree rotation away from travelling 1 second per second through time results in an apparent motion of 299792458m per second in space - while simultaneously extruding the observed travel-direction length backwards into the time direction, resulting in observed length contraction. Treating 'c' as a mere speed is easier mentally, but ultimately makes SR/GR harder to understand.
8:06 - "Interactions between particles result from the sum of all virtual particle interactions, possible and impossible, and the speed of light limit actually emerges in a sort of statistical way." 🤯 This really is the best channel on YouTube (according to my information-theoretical measurements, anyhow)!
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Top Comments (10)
How does gravity escape a black hole? Very, very carefully.
Question. What happens if a gravitational wave passes through a black hole? Would we have gravitational lensing of gravity? If so, can gravity be focused on a single point making a virtual black hole without mass?
Fact: PBS Space Time is a black hole I’m always happy to fall into. Captivating, radiating information constantly…it fits.
Man, I'm glad I watched all the way to the end. I was going to mess around near a black hole later, but now I know better!
This just made this whole "imprinted on the surface of the event horizon" thing click for me. I simply hadn't connected the dots between that, and the infinitely stretched light. Great video 💡
I have the utmost respect for any channel that is willing to admit when they made a mistake and correct themselves. It seems like so many are terrified to admit when they are wrong these days. It's okay to be wrong sometimes. We are human. Anyways, keep up the great work.
I wanna take a moment to appreciate Matt .he has unknowingly been my teacher since I was 15...I'm 22 now and a grad student.. Videos like this teach more than schools
The “apparently” stuck at the event horizon line of thought was recently mentioned as a way of explaining that there may be no actual singularities in the universe. From the outside perspective, every black hole is still in the process of collapsing and will never produce a singularity.
For SR/GR, it's more helpful to view 'c' not as a speed, but as a geometric *conversion* factor between distances and times in a four-dimensional space-time. The 'speed' of light is an emergent phenomenon of treating different speeds as merely relative rotations of an object into spatial directions and away from the time-oriented observer/rest frame. A 90 degree rotation away from travelling 1 second per second through time results in an apparent motion of 299792458m per second in space - while simultaneously extruding the observed travel-direction length backwards into the time direction, resulting in observed length contraction. Treating 'c' as a mere speed is easier mentally, but ultimately makes SR/GR harder to understand.
8:06 - "Interactions between particles result from the sum of all virtual particle interactions, possible and impossible, and the speed of light limit actually emerges in a sort of statistical way." 🤯 This really is the best channel on YouTube (according to my information-theoretical measurements, anyhow)!