Scientists capture the image of the Black Hole by emitting high energy currents

The team of scientists said that the bright points left of the image are thought to be the gas disk and dust that were vorging around the black hole, with the flow of plasma described by a less-intensive red stream that seemed to be flowing from it.

Experts say it was part of a structure known as the blazar. These are formed by supermassy black holes that are actively absorbed into matter that tilt the magnetic field to turn, resulting in materials around the black hole, to appear in two currents, one directed toward the ground.

Many of the maternity (about the black hole) is destined simply to cross the horizon and never return, but few of it can be released on these powerful magnetic lines that produce the black hole, and that's what the current is,” said. Ziri Yons of London University College, co-author of the study, attends Periscope.

“The black vision is not that it just absorbs a lot of matter, they also remove a few matter from themselves because they are highly magnetised and rotated,” he added.

The team said the image is of an extremely high resolution of such a impact around the supermassive black hole, meaning that researchers for the first time can understand what is happening near its base.

Yet it is still not known what is the plasma of these currents, and how it interacts with the black hole.

This black hole is two hundred times larger than the black hole in our galaxy and is far away from us.