A mathematical simulation of the warped
spacetime near two merging black holes, consistent with LIGO's observation of the event dubbed GW170104.
Not exact matches
As the black holes drew
near in a deepening pit of
spacetime, they also churned up that fabric, emitting gravitational radiation (or gravity waves, as scientists often call them).
You know, for instance around Earth, you can think of gravity as forming a kind of a well around Earth, which causes the things that pass
near Earth, the moon I would say, which is orbiting on its path, to stay within the vicinity because it falls into that gravity well, metaphorically speaking; and in likewise the same way this astronaut that is fictitiously described by our good mathematics professor takes a journey through curved
spacetime.
Kramer and his colleagues are trying to do just that: «We can test many different aspects, among them the characteristics of gravitational waves, the propagation of light in gravitational fields, the fact that clocks go slower
near massive bodies, the curvature of
spacetime, etc..