Thursday, 27 September 2018
quote [ Physicists don't know what it is exactly. But they do know it's some sort of cosmic ray — a high-energy particle that's blasted its way through space, into the Earth, and back out again. ]
Alien invasion in 5, 4, 3, 2 ...
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mechanical contrivance said @ 12:53pm GMT on 27th Sep
It's not aliens, it's the Old Ones.
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cb361 said @ 3:04pm GMT on 27th Sep
The Great Old Ones or the Old Great Ones?
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R1Xhard said[1] @ 3:09pm GMT on 27th Sep
The old one's great.
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mechanical contrivance said @ 3:25pm GMT on 27th Sep
The Great One's old. 57 to be exact.
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zarathustra said @ 7:23pm GMT on 27th Sep
The Great One's '57 Olds?
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R1Xhard said @ 3:06pm GMT on 27th Sep
I read an article or watched a video in last few days about how a neutrino can shift states when being observed at multiple points in its "flight path".
But I used to argue, neutrinos turn into "dark matter" when they have lost all momentum without shifting to a phaze point that would of caused an interaction. But then I guess it's a bit of a blackhole that neutrino subject. Quick question are neutrinos affected by gravity and how do they interact with a blackhole? Now time to see if I can find that article. If so click link. |
spaceloaf said @ 3:06am GMT on 28th Sep
Neutrinos are affected by gravity the same way that any other particle would be affected. When confronted with a black hole they get sucked in.
What makes neutrinos interesting is that they only interact via gravity and weak nuclear force. They can pass straight through most normal matter because they don't interact with electromagnetism, but they are just as susceptible to gravity as anything else. Note that they do travel close the the speed of light (due to their small mass) so their trajectories around a black hole should be similar to light. |