NASA on Thursday shared an image of an amazing bluish green supernova during St. Patrick’s Day that was created after a giant star exploded in a nearby galaxy called the Magellanic Cloud. The X-rays in the green field, a color that symbolized an Irish revolution during St. Patrick’s Day, were emitted nearly 200,000 light-years away in the satellite galaxy of the milking path, which according to NASA.
In an Instagram post, the space agency wrote that a cosmic explosion exploded the debris field, creating the green radiation in a spectacular display of vibrant filaments. “There was once a big star, 200,000 light years on the horizon. He fell and he succeeded, ”NASA wrote alongside the stunning images, adding a bit of humor, saying“ you can’t get there by car. ” In addition, the space administration wished the astronauts a “happy St. Patrick’s Day”. The image was captured by NASA’s Hubble Space Telescope, and showed the remains of a supernova (SNR) often referred to as “E0102”. In a press release, NASA astronauts reported that the amount of oxygen in the E0102’s color ring is enough to keep thousands of solar systems similar to those on Earth.
“E0102 was spotted in 2003 with the Hubble Advanced Camera for Studies. Four filters that separate light from blue, visible, and infrared waves and hydrogen emissions were combined with oxygen emission images of the SNR taken with the Wide Planning Camera 2 in 1995, ”explained NASA’s Hubblesite.
Located in an area that produces N76 stars
The remains of a supernova are part of the galaxy believed to be thousands of years old, spanning about 40 light-years of space, Chandra’s observatory explained. It is like a ‘blue-green cosmic wheel of flame’. According to NASA’s Hubblesite, the name E0102 denotes a celestial field located in the large star-forming region known as N76 or Henize 1956. “Proven to be only about 2,000 years old, E0102 is relatively young on astronomical plates and is just beginning to interact with the nearby interstellar medium, ”said Hubblesite. Remnants of a supernova like E0102 give astronomers an insight into how stars are formed, their combination and the chemical richness in the illuminated areas.
[E0102. Image Credit: NASA/Twitter/@LoinDuTemps]