UNITED STATES – A NASA science team has found a series of data on a supernova that is truly incredible. It could help to understand how the explosions of some giant stars occur. In this way, the space agency spotted Cassiopeia A (Case A); a star located in the Milky Way and about 11 thousand light years from Earth. In this sense, it has been detailed that a NASA satellite was able to observe fragments of titanium coming out of the supernova. In this way, it was the Chandra X-ray Space Observatory that helped realize this data from Cassiopeia A. It is a giant expanding hot gas bubble that is 350 years old and is part of the debris of ‘a supernova. One of the studies that has aroused the greatest interest in the scientific community is how massive stars explode. These tend to have masses about 10 times that of the Sun. The collapse of stars occurs when they run out of fuel and release heavy elements like titanium. This is the case with Case A and for this reason it has attracted the attention of astronomers and astronomers. Cassiopeia Source: Pixabay. “Scientists believe that most of the titanium used in our daily lives, such as in electronics or jewelry, is produced in the explosion of a massive star,” reveals Toshiki Sato, lead author of the study and member of Rikkyo University. , Japan. In addition, the specialist added that it had never been possible “to capture the moment just after the appearance of stable titanium”. It is important to note that when a massive star’s nuclear power source is depleted, it collapses. A neutron star is created and a shock wave comes out of it, producing new elements. The study explains that it is possible that the explosion of Cassiopeia A was caused by the pulse of neutrino (subatomic particles of very low mass) and that the structures contained titanium and chromium.