Scientists received an incredibly bright radio signal just after the Big Bang

<p clbad = "canvas-atom canvas-text Mb (1.0em) Mb (0) – sm Mt (0.8em) – sm" type = "text" content = "Scientists just received an incredibly bright radio signal first days of the universe – issued by a quasar that formed in the first billion years of the universe. "data-reactid =" 22 "> Scientists have just received an incredibly bright radio signal from the early days of the universe – issued by a quasar that formed in the first billion years of l & # 39; universe.

The quasar was spotted by a team led by Eduardo Bañados de Carnegie – who vomits a jet of extremely fast material

It could allow scientists to understand what the universe looked like when he was young.

Quasars are made up of huge black holes accumulated matter in the center of mbadive galaxies.

The light of this newly discovered quasar has traveled nearly 13 billion of the 13.7 billion years of the universe to reach us here on Earth.

<h3 clbad = "canvas-atom canvas-text Mb (1.0em) Mb (0) – sm Mt (0.8em) – sm" type = "text" content = " MOST POPULAR TODAY & # 39; HUI ON YAHOO "data-reactid =" 27 "> THE MOST POPULAR TODAY'S ON YAHOO

This newly discovered quasar, called PSO J352.4034-15.3373, is one of the most rare It does not just swallow matter in the black hole but also emits a jet of plasma that moves at speeds close to those of light

This jet makes it extremely brilliant in the frequencies detected by radio telescopes .

P352-15 is the first quasar with obvious evidence of radio jets seen in the first billion years of the history of the universe

"There is a dearth of Powerful radio transmitters of the youth of the universe and it's the most brilliant radio quasar at that time. "It's the most detailed picture of a galaxy as brilliant at this distance, "added Momjian

The Big Bang began the universe as a hot soup of extreme energy.When it expands, it cools and coalesces into neutral gas of hydrogen , which left the universe dark, without light sources, up to the gravity of the condensed matter in the first stars and galaxies

800 million years after the Big Bang, l '39; energy released by these early galaxies caused the excitation of neutral hydrogen dispersed throughout the universe and the loss of an electron, or io the state in which the gas has remained since. 19659014] It is very unusual to find quasars emitting a radio jet like this from the period just after the reappearance of the lights of the universe.