How did supermassive black holes in the early universe get so massive? Today’s bite uses simulations to investigate whether galaxy mergers can help beef up black holes.
Today’s authors investigate how the physics in the extreme environments in the centers of galaxies leads to connections between X-rays and ghostly particles called neutrinos!
The Infinity Galaxy might be home to a newborn supermassive black hole that formed directly from a gas cloud instead of a star. Could this help reveal how these objects formed in the early universe?
What happens when a star survives a close encounter with a massive black hole? Read more about these partial tidal disruption events in today’s bite!
Some of the first clusters of stars may have had massive cannibal stars! Learn more in today’s bite.
How are the masses of growing black holes in the early universe are correlated with properties of their host galaxies? Read on to see what today’s authors found!