Rogue Pulsar settles the galaxy bone in the spine in the Milky Way

The threads of the galaxy, which extends over the 230 light years in the Milky Way, suffered from a strange summit that distorted its magnetic field, and appeared as bridges in a huge bone. The new X -ray photos taken by the Chandra Observatory may have recently helped astronomers diagnose his illness, with a fast -diving neutron star as the perpetrator.

The galaxy center features huge structures that resemble bone tied to parallel magnetic fields and high -energy molecules. The G359.13-also known as the snake-on about 26,000 light years after the Earth, is the longest and brightest of these structures. Despite its size, the bone -like structure appears to have been shocked by a fast -moving neutron or spinning neutrinist, which caused a break in continuous length, otherwise G359.13, according to Jadid, said paper It was published in the May 2024 issue of the monthly notifications of the Royal Astronomical Society.

Using pictures of Hungarian bones taken by the NASA X -Radio Observatory data from the South Africa Radio Group, the team behind the paper was able to check the fracture near the identification of the perpetrator. The particles that make up the snake, and other galaxy threads, radio waves, which can be detected by sects like meerkat.

Medical X -ray images are similar to a long thin bone with a break in the middle. By examining photos, astronomers have discovered a source of X -rays and radio at the fracture site, which may come from electrons and citizens (their anti -electrons) that have been accelerated to high energies due to their destruction. The plant can be seen in the picture thanks to the X -ray emissions, causing it to discover it red and operate it.

The vibrant stars are the residue of the chaotic stars, formed in the wake of the collapse and the supernova explosion of a huge star. These bangs are often sent at high speeds while spinning quickly and electromagnetic radiation. There is a lot that happens here, and Plusar does not watch exactly where you go.

The researchers believe that the fast plant has caused the fracture by destroying the G359.13 at speeds ranging from one million and miles per hour. The potential collision distorted the magnetic field in the bone, causing the radio signaling as well.

The Milky Way is full of violent confrontations such as this, and the broken strands are just a sign of the ongoing chaos in the galaxy. With tools like Chandra and Meerkat, astronomers continue to capture these cosmic problems in this act.