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tkav1980
- 47
- 1
Objects smaller than black holes, by mass can still drag space along with their rotation. I picture this like a plate of Spaghetti there the pasta is radiating out from the center of the plate. But let's say its rubbery spaghetti and can stratch. And its attached at one end to the outer egde of the plate. So you twirl the pasta in the canter causing the pasta to "swirl" around the central mass. Well when a body does this to space, like our sun, Why doesn't it pull space into a complete loop around itself and in effect create an event horizon? Is there some measure of "slip" or lack of "friction" between space and the star that limits this dragging effect to an upper limit, relative to the objects mass?
I would think that if a large object looped space around on itself it would in essence remove itself from our universe in the sense that no information can come from or to that object again. Doesnt that mean our universe ould be incomplete and predictability would essentially go out the window?
Sorry my questions are so elementary. I am not a Physicist just a fan of it.
I would think that if a large object looped space around on itself it would in essence remove itself from our universe in the sense that no information can come from or to that object again. Doesnt that mean our universe ould be incomplete and predictability would essentially go out the window?
Sorry my questions are so elementary. I am not a Physicist just a fan of it.