BLACK HOLE IN MILKY WAY GALAXY

This is picture milky way galaxy and other galaxy... HOW SMALL WE ARE !!!

Oh yaa! i will give my knowledge abaut my galaxy, yes! my galaxy and god galaxy...  About BLACK HOLE IN MILKY GALAXY ... WAWWW

Herschel Observatory European Space Agency's (European Space Agency / ESA) have made detailed observations of the hot gas that may be orbiting or falling into a supermassive black hole at the center of the Milky Way galaxy.

"These observations are consistent with a hot gas stream to Sgr A *, fell into the deepest part of the galaxy. Galaxies we may be cooking his dinner in front of the eyes of Herschel," said Javier Goicoechea of ​​Centro de Astrobiología, Spain, and lead author of the study results on page ESA official.

"The black hole appears to swallow the gas," said Paul Goldsmith, the U.S. scientists in project Herschel in NASA's Jet Propulsion Laboratory in Pasadena, California.

"It will teach us to know how supermassive black holes grow," he said as quoted by the official website of NASA.

Black holes exist in the region of our galaxy called Sagittarius A * or Sgr A * is close to the source of radio waves.

The black hole has a mass of about four million times that of the Sun and is about 26,000 light years from the Solar System.

Herschel detects a variety of simple molecules in the heart of the Milky Way, including carbon monoxide, water vapor and hydrogen cyanide.

By analyzing these molecules, astronomers can probe a few subject matter interstellar gas surrounding the black hole.

"Herschel far-infrared emission has been solved only in one light year from the black hole, making it possible for the first time at this wavelength emission separates the central cavity of the dense molecular disc," Goicoechea said.

Biggest surprise is in the hot gas in the innermost part of the galactic center, which is partly temperature to about 1,000 degrees Celsius, much hotter with typical interstellar cloud that typically only a few tens of degrees above absolute zero or minus 273 degrees Celsius.

Goicoechea team had hypothesized that the emission of a strong shock magnetized gas may contribute significantly to the height of the temperature.

Such shock can result from collisions between gas clouds or flowing material with high velocity of the stars.