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jayaramas
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how will a neutrino behave near a block hole? neutrino is having small mass. so it should be sucked into it?
DarkScareCrow said:We know in order to escape a black hole you have to go >c speed. Neutrinos is a form of dark matter, so probably trillions go through a black hole every second, or the particle can't go through it and go into the black hole.
phinds said:Uh, WHAT? I don't know where you got the idea that neutrinos are a form of dark matter, but that is purely a hypothesis and not a favored one. WIMPS are much more likely to be what dark matter is make up of.
In any event, as drakkith pointed out, they certainly do NOT ... oh, wait a minute. I was about to respond as though you had said that they go through the black hole, but what you actually said was that either they do or they don't. Well, you got me there. It certainly is true that either they do or they don't. In fact they don't.
EDIT: OK, I'm new to this stuff and had not read the history of the search for dark matter but I see now that neutrinos were once a leading contender so I see where you go the idea. I emphasize "WERE ONCE".
A neutrino is a tiny, electrically neutral particle that travels at nearly the speed of light. When it is in close proximity to a black hole, it can be pulled in by the strong gravitational force of the black hole.
A black hole can bend the path of a neutrino due to its strong gravitational pull. This can make the neutrino appear to be coming from a different direction than it actually is.
No, neutrinos cannot escape from a black hole. Once they are pulled in by the black hole's gravity, they are unable to escape and are trapped within the event horizon.
Studying neutrinos near black holes can provide valuable information about the behavior of matter and energy in extreme environments. Neutrinos can also help us understand the structure and properties of black holes.
Neutrinos are difficult to detect, but scientists use specialized detectors such as neutrino telescopes to capture and study them. These detectors are placed in strategic locations to intercept the neutrinos and measure their properties.