The galaxy on the next door of the Milky Way, Andromeda, never seen as impressive as a new image from the Chandra X-Ray telescope.
The image of the galaxy, also known as Messier 31 (M31), created with assistance from various telescopes in space and ground-based instruments including European Space Agency (ESA) Xmm-newton Mission, the retired space telescope to NASA Galex and the Spitzer Space Telescope As well as infrared astryite satellite, cobe, scaffoldingand HerschelIn addition to radio data from Westerbork synthes telescope on the radio.
All these instruments noted Andromeda in different lengths at the bottom of Electromagnetic spectrumIn astronomers carrying these data to create an impressive image and intricate image. The image is an appropriate honor to astronomer Vera C. RubinWho is responsible for discovering the darkest thing Thanks for his andromeda observations.
As the closest large galaxy in the milky passage, at about 2.5 million light-theearl distance, Andromeda is important in allowing astronomers to allow aspects of galaxies that are not available from our own galaxy. For example, from the inside The Milky WayWe cannot see the arms of the Spiral in Galaxy, but we CAN look at the Spiral Arms to Andromeda.
each Wavelength of light Carried together to make this odd new image of Andromeda tells astronomers in a different and unique about Galaxy at the next door.
For example, the x-ray data provided to Chandra High-Energy Radiation revealed from around the center of Andromeda SuperMassive Black Holeknown as m31 *.
M31 * is greater than supermssless black hole in the center of the Milky Way, known as Sagittarius A * (SGG A *). While our SuperMassive Black Hole house has a mass of 4.3 million times in the sun, M31 * Dwarfs with a mass of 100 million times in the day. The M31 * is also important for its rare flames, the one observed by X-Rays back in 2013, while SGR A * is a more “quieter” black hole.
What connects and Rubin?
Andromeda was chosen as a tribute to Rubin because this neighboring galaxy played an important role in astronomer’s discovery of a lost element of the universe. An element now we call that dark matter.
In 1960, Rubin and Colosorator measured Andromeda’s rotation. They know that the speed of these galaxy spirans declares that the galaxy is surrounded by a broad mix of an unknown and invisible form of the object.
The masses of this matter gives the gravitational influence that prevents Andromeda from flight outside due to the speed of its rotation. The gravity of visible object is not enough enough to combine this galaxy.
Since then astronomers know that all major galaxies are as surrounded by similar haoes at the present known dark matter. It is agreeable to know that the item that contains all the things we have seen around us – stars, tablets, things “things” things “things” with “bodys, with” bodys, with “body “Bodys, with” things “in the cossa” there are things “things” in house cats, with oldas “things” to all bodies of ” Looking for particles overrun Standard model of partikt physics That would be compose dark matter.
Thus, there was no doubt that Rubin’s work was able to water astronomy, and one of the most important blowings of modern science, basic change in our concept of the universe.
June 2025 is a great month to recognize Rubin’s abundance of astronomy and his lasting heritage. In addition to this tax image, the Vera C. Rubin Observatory released its first images In the cosmos as it prepares to conduct a 10-year observation of the southern sky program is called SPORTS OF LEGSUGANGE IN SPACE AND TIME (LSTS).
In addition, recognizing Rubin’s important contributions to our understanding of the universe, the United States Mint recently released in a quarter showing Rubin as part of the American American women’s quarters program. He was the first astronomer who was honored in the series.
