The Hubble Space Telescope, from the National Aeronautics and Space Administration (NASA) and the European Space Agency (ESA), has captured a stunning image of a star region about 150 million light years away from Earth. This is a whirlpool galaxy, which started an impressive supernova process.
This name is known as a star explosion of one or more stars. This explosion creates an intense beam that travels through the universe, and this is what we see in the sky. This could result in a neutron star or black hole.
NASA explained in a note on its website, crediting the ESA scientists, that the image obtained corresponds to the galaxy IC 1776. The rotations of the star group can be seen in beautiful isolation , located around the constellation of Pisces.
IC 1776 recently hosted a violent explosion, a supernova, which was discovered in 2015 by the Lick Supernova Search Observatory, a robotic telescope that scans the night sky in search of transient events. such as supernovae.
There is a network of automated robotic telescopes spread around the world, operated by professional and amateur astronomers. They reveal short-lived astronomical phenomena, such as wandering asteroids, gravitational microlensing or supernovae.
NASA took the data obtained from these discoveries and placed its lenses on this region to capture a picture of what is happening. Although not visible in the US space agency’s image, Hubble investigated the aftermath of the supernova, known as SN 2015ap, during two different observing programs, both designed to examine its remnants. of supernova explosions to better understand them.
Various telescopes automatically track the detection of supernovae to obtain early measurements of their brightness as well as their spectra. Complementing these early measurements with later observations, which reveal the continued energy of supernovae, may shed light on the systems that produce these cosmic cataclysms in the first place.
