Physicist Brian Greene explains how
properties at the black hole's surface — its event horizon — suggest the unsettling theory that our world is a mere representation of another universe, a shadow of the realm where real events take place.
Not exact matches
We might imagine that a zero - volume object is also an impossibility, yet physicists predict that the singularity
at the heart of a
black hole has just that
property.
«Surprisingly, the ideas and techniques used in our work are elemental and allow us to thoroughly study the
properties of the horizon
at the moment both
black holes join together to form one,» points out Emparan, who along with his colleague has published the results in the journal Classical and Quantum Gravity.
«Depending on the mechanism
at work, primordial
black holes could have
properties very similar to what LIGO detected,» Kashlinsky explained.
From its observed
properties the star was determined to be about 0.8 times the mass of our Sun, and the mass of its mysterious counterpart was calculated
at around 4.36 times the Sun's mass — almost certainly a
black hole.
The GMVA will derive the
properties of the accretion and outflow in the immediate surroundings of the Galactic Center, while the EHT will aim
at imaging, for the very first time, the shadow of the
black hole's event horizon.
From supermassive
black holes at galactic centers to giant bursts of star formation to titanic collisions between galaxies, these discoveries allow astronomers to probe the current
properties of galaxies as well as examine how they formed and developed.