Astronomers capture galactic fireworks in the nearby spiral galaxy
Astronomers capture galactic fireworks in the nearby spiral galaxy

Astronomers capture galactic fireworks in the nearby spiral galaxy

Astronomers capture galactic fireworks in the nearby spiral galaxy

Astronomers capture galactic fireworks in the nearby spiral galaxy: This impressive display of fireworks, which includes a supermassive black hole, massive shock waves and a huge gas tank, is taking place in an intermediate spiral galaxy called Messier 106.

This composite image shows the spiral galaxy Messier 106 similar to the Milky Way: X-rays from NASA’s Chandra X-ray Observatory are shown in blue, with much larger radio data from Carl Zanski of the NSF in purple, optical data from NASA shown. The ESA Hubble Space Telescope is shown in yellow and infrared data from the NASA Spitzer Space Telescope.

Messier 106 is 20 million light years away in the small constellation of North Keynes Venetic.

Also known as M106 or NGC 4258, the galaxy was discovered in 1781 by Pierre Mechin, an assistant to Charles Messier.

However, NASA astronomers said: “Messier 106 is famous because our galaxy has two additional spiral arms, which glow with X-rays, optical and radio.”

“These strange arms do not align with the plane of the Milky Way, but intersect with it.”

These additional weapons are seen in the new composite image of Messier 106.

Recent observations from NASA’s Spitzer space telescope show that shock waves are heating large amounts of gas, the equivalent of about 10 million soles.

“Is it causing shock waves? We believe that the supermassive black hole in the center of Messier 106 is producing a powerful stream of high-energy particles,” the researchers said.

“These jets hit the disk of the galaxy and generate shock waves. These shock waves, in turn, heat the gas, which is mainly composed of hydrogen molecules, to thousands of degrees. “

The lunar observation reveals huge bubbles of hot gas on and under the Messier 106 plane.

The scientists said: “These bubbles indicate that most of the gas originally present in the disk of the galaxy has been heated by jets from a black hole and expelled to the outer regions.”

“The rejection of disk gas by the jet has important implications for the fate of this galaxy.”

He estimates that all remaining gases will be pumped within the next 300 million years, until it recovers in some way.

“Because most of the gas in the disk has already been expelled, there is less gas available to create new stars,” he said.

“In fact, we use Spitzer data to estimate that stars are forming in the central regions of Messier 106, at a rate approximately 10 times lower than the Milky Way.”

Using data from the ESA Herschel Space Observatory, astronomers confirmed estimates of Spitzer data from low star formation rates in the central regions of Messier 106.

Herschel data was also used to make an independent estimate of how much gas resides in the center of the galaxy.

After allowing a large increase in infrared emissions due to the crash, we discovered that the mass of gas is ten times smaller than before, the researchers said.

“Because Messier 106 is relatively close to Earth, we can study how this black hole is affecting its galaxy in great detail.”

Astronomers capture galactic fireworks in the nearby spiral galaxy

Astronomers capture galactic fireworks in the nearby spiral galaxy: This impressive display of fireworks, which includes a supermassive black hole, massive shock waves and a huge gas tank, is taking place in an intermediate spiral galaxy called Messier 106.

This composite image shows the spiral galaxy Messier 106 similar to the Milky Way: X-rays from NASA’s Chandra X-ray Observatory are shown in blue, with much larger radio data from Carl Zanski of the NSF in purple, optical data from NASA shown.

The ESA Hubble Space Telescope is shown in yellow and infrared data from the NASA Spitzer Space Telescope. Messier 106 is 20 million light years away in the small constellation of North Keynes Venetic. Also known as M106 or NGC 4258, the galaxy was discovered in 1781 by Pierre Mechin, an assistant to Charles Messier.

However, NASA astronomers said: “Messier 106 is famous because our galaxy has two additional spiral arms, which glow with X-rays, optical and radio. These strange arms do not align with the plane of the Milky Way, but intersect with it.

These additional weapons are seen in the new composite image of Messier 106. Recent observations from NASA’s Spitzer space telescope show that shock waves are heating large amounts of gas, the equivalent of about 10 million soles. Is it causing shock waves?

We believe that the supermassive black hole in the center of Messier 106 is producing a powerful stream of high-energy particles,” the researchers said. These jets hit the disk of the galaxy and generate shock waves. These shock waves, in turn, heat the gas, which is mainly composed of hydrogen molecules, to thousands of degrees. The lunar observation reveals huge bubbles of hot gas on and under the Messier 106 plane.

The scientists said: “These bubbles indicate that most of the gas originally present in the disk of the galaxy has been heated by jets from a black hole and expelled to the outer regions. The rejection of disk gas by the jet has important implications for the fate of this galaxy. He estimates that all remaining gases will be pumped within the next 300 million years, until it recovers in some way.

Because most of the gas in the disk has already been expelled, there is less gas available to create new stars,” he said. In fact, we use Spitzer data to estimate that stars are forming in the central regions of Messier 106, at a rate approximately 10 times lower than the Milky Way.

Using data from the ESA Herschel Space Observatory, astronomers confirmed estimates of Spitzer data from low star formation rates in the central regions of Messier 106. Herschel data was also used to make an independent estimate of how much gas resides in the center of the galaxy. After allowing a large increase in infrared emissions due to the crash, we discovered that the mass of gas is ten times smaller than before,” the researchers said.

Because Messier 106 is relatively close to Earth, we can study how this black hole is affecting its galaxy in great detail.

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