With the help of the Chandra X-ray Observatory, a new class of astronomical objects has recently been discovered, which are unrelated to everything that was previously observed.. These mysteries are supposed to vibrate weak X-ray waves, but at the same time they see stronger ultraviolet vibrations. Astrophysicists admit that these discoveries may help unravel two long-standing mysteries of the Universe.

New class of “hyper-soft” X-ray devices.

Researchers have identified 84 such “hypersoft X-ray sources” in six different galaxies, according to secretly available data from the Chandri archive.. Among them are the spiral galaxies M31 (Andromeda) and M101 (Pinwheel), as well as several elliptical galaxies. These cores are flagged as objects that clearly show up in the low-energy range of X-rays, but are not visible on high-energy images. This means that stinks are emitted significantly more than low-energy x-rays, less than high-energy ones.

The fragments of low-energy X-ray exchanges are located in the same order as high-energy ultraviolet vibrations in the electromagnetic spectrum, previous researchers have come to the conclusion that they also intended to generate a large.

Potential candidates and cosmic mysteries.

The exact nature of these hyper-soft X-ray cores remains unknown. However, the team of investigators believes that, most likely, the smell is associated with a black hole, a neutron mirror, or a white dwarf, which draws material from the satellite mirror. This material is heated by X-ray vibration, first falling on a white dwarf, a neutron mirror, or sinking into the black hole. Although such subsurface systems are already known, they have never before demonstrated such strong ultraviolet radiation and weak X-ray changes.

It is important to note that large populations of subterranean systems with energetic ultraviolet stimulation can be found, which until now have remained undetected. “These X-ray cores are indeed some of the most energetic objects in the galaxies, and they can simultaneously solve two cosmic mysteries,” said Mustafa Muhibullah, a cerebral specialist..

Scientists assume that systems with white dwarfs, which draw material from satellite stars, may eventually bulge as a new type Ia supernova. These vibrations may be of utmost importance for the extinction of the expansion of the Universe, and even the stench itself helped to reveal that this expansion will accelerate. Astronomers have already been searching for stars that are being transformed into a type Ia supernova, but to no avail. “If we could find a way to identify type Ia supernova vibrations before they become stinky, it would be even more important,” said study author Jimmy Irwin. “We are getting infected after the bulge, and it is important for astronomers to understand what is going on fire.”.

Another mystery of how these hypermic X-ray cores can be solved lies in the fact that they themselves supply electron gas between the stars in certain galaxies. This process contributes to the fluidity of the formation of stars and therefore gives rise to the life cycles of galaxies. Although the hot massive eyes play an important role, the stinks cannot fully explain this phenomenon. Intense ultraviolet radiation with hyper-soft X-ray guns may play a key role here.

This could not be revealed earlier through weak X-ray vibration, which is important to register, and stronger ultraviolet vibration, which is easily absorbed by gas between the eyes, creating an impenetrable barrier. “Other Chandra archives have been able to capture what used to be a blind spot for telescopes,” said study co-author Roseann DiStefano of the Harvard-Smithsonian Center for Astrophysics.. “This is how we were known by those who seem to be a new class of cosmic objects with extreme hazards”.

Dzherelo: NASA Chandra telescope revealed mysterious X-ray objects that can reveal the secrets of the Universe, read on the HiTech website. Expert.