Dozens of new hidden crystals were discovered

With the Gamma Fermi Space Telescope, astronomers are attempting to observe the hidden crystals. In two studies published in Science Express on July 2, the international team analyzed gamma rays from more than two dozen pulses, including 16 crystals discovered by the Fermi telescope. Fermi was the first spacecraft to be able to identify hidden crystals with gamma rays.

Metaphysics is a magnetic core that rotates with lightning speed left behind when a large star explodes. Almost all 1,800 metaphors recorded so far have been found while generating periodic radio waves. Astronomers believe that these pulses are generated by narrow radio waves, similar to lighthouse lights, that emanate from the magnetic poles of a crystal.

'The Fermi ship has an unprecedented ability to explore and investigate gamma-ray hidden hues,' said Paul Ray, a member of the Washington Naval Research Laboratory. 'From what was obtained at the Compton gamma ray observatory a decade ago, we always questioned the nature of the source of unspecified gamma rays discovered in the Milky Way. The surveys conducted by Fermi this time clarified many things. '

Vela metaphor has a rotation speed of 11 revolutions per second, the brightest continuous gamma ray source in the sky. However, gamma rays, the most energetic form of light, are very rare and very sparse. For two minutes, even the wide-area Telescope on the Fermi ship only saw a gamma-ray photon emitted from Vela.

Vela metaphor with a rotation speed of 11 revolutions per second, is the brightest continuous gamma ray source in the sky. (Photo: NASA / DOE / Fermi LAT Collaboration)

'That's a photon for every thousand Vela spins,' said Marcus Ziegler, a member of the research team, when reporting on metaphors at the University of California in Santa Cruz. 'With the most fuzzy metaphors in the study, we even observed only two gamma-ray photons in a day.'

Radio telescopes on Earth can only easily detect a hidden crystal when one of its narrow radio waves accidentally coincides with our wavelength. Otherwise, the hidden crystal will never be detected by this device.

The radio waves of a crystal imply represent a few parts of the hidden energy, while gamma rays account for 10% or more of total energy. However, metaphors have the ability to accelerate particles near the speed of light. These particles emit a wide gamma-ray wave as they form an electric flame arc along the magnetic curve.

New pulses have been discovered in an in-depth study of cyclic gamma-ray vibrations, with the use of data from the Fermi-wide Telescope and new computing techniques. 'Before the launch, the Fermi spacecraft is predicted by some scientists to discover many new hidden crystals,' Ziegler added. 'Discovering 16 metaphors in the first 5 months of operation really exceeded our expectations.'

Just like a spinning top, metaphor will slow down when you lose energy. Finally, they move so slowly that they cannot emit specific rays and we cannot observe them anymore.

But if connecting a hidden crystal does not work with a normal star, then the flow of matter from the star can spread to the crystal and increase its number of revolutions. At times when the number of revolutions is in the range of 100 to 1,000 times per second, ancient stereos can recover to function as if they were young.

In the second study, the Fermi team of scientists tested gamma rays emitted from the eight 'revived' crystals, all of which had previously been detected at radio wavelengths.

'Before the Fermi ship was launched, it was unclear whether the pulsars with a millisecond rotation emitted gamma rays,' said Lucas Guillemot of the Nuclear Research Center in Gradignan, France. 'We now know that they do it. We also know that, despite the difference, but the common hidden crystal and the one-millisecond crystal have the same mechanism of gamma ray emission. '

NASA's Fermi gamma-ray space telescope is a combination of particle physics and celestial physics, developed in collaboration with the US Department of Energy, and important contributions from academia and Partners come from France, Germany, Italy, Japan, Switzerland and the United States.