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).
Not exact matches
«It's really hard to torque a
black hole around by a large amount without having something
as massive
as another
black hole slam into it,» says astrophysicist Scott Hughes of the University of California, Santa Barbara, co-author of a forthcoming independent analysis that
draws similar conclusions.
The massive
black hole shown at left in this
drawing is able to rapidly grow
as intense radiation from a galaxy nearby shuts down star - formation in its host galaxy.
The inaugural 1916 meeting
drew Albert Einstein who had published a year earlier his general theory of relativity that included the prediction that the universe's colliding
black holes and exploding stars distorted space time, something known
as gravitational waves.
Cosmic jets, most astronomers believe, arise when a massive object, such
as a neutron star or a
black hole,
draws in material.
The idea that the tremendous amounts of energy released by quasars results from material being
drawn into a
black hole at the center of a galaxy quickly rose
as the leading explanation.
The paper outlines how interactions between particles emitted by a
black hole can reveal information about what lies within, such
as characteristics of the object that formed the
black hole to begin with, and characteristics of the matter and energy
drawn inside.