Not exact matches
Anything with mass warps the
nearby space, so as light passes near that
massive object, its path bends, following the warps.
If
massive objects curved space itself, as Einstein proposed, then they should bend
nearby rays of light, as well.
The brightest
object in a
nearby star cluster, thought for decades to be a single star, is actually two
massive stars in the process of merging.
Gravitational lenses occur when very
massive objects — such as clusters of galaxies — warp spacetime around them, causing light (and anything else) traveling
nearby to take a curved path.
Fingers pointed to a
massive object nearby called the Kleinmann - Low (KL) nebula protostar, which is about 15 solar masses in size, and is still growing by gulping gas from the disc of gas surrounding it.
Quasars, discovered in 1963, are extremely distant
massive black holes (MBHs) whose gravity pulls in immense amounts of
nearby matter.24 The potential energy of all that infalling matter is converted to bright radiation, making quasars the most luminous stable
objects in the universe.
But researchers say they have now confirmed such an
object in the
nearby galaxy M82 — a black hole about as
massive as 400 suns.
Einstein Rings Albert Einstein's General Theory of Relativity, published in 1916, predicted that
massive objects, such as stars, could bend light rays passing
nearby.