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An international team of astronomers has detected a new source of high-energy gamma radiation located near the remnants of the G24.7 + 0.6 supernova. The mechanism, which creates radiation and covers nearly a hundred light-years, is still unknown, reported Phys.org
The source, named MAGIC J1835-069, is located at a distance of 16,300 light-years from the Earth. The supernova attached to the source exploded 9,500 years ago. His wreck is of mixed type, his outer shell is rapidly expanding, as well as a pulsar in the center creating a very strong stellar wind.
The researchers examined G24.7 + 0.6 using the MAGIC system, equipped with two telescopes located at the Observatory of the island of La Palma, as well as the telescope Fermi gamma ray spacecraft. Scientists were able to identify the source of high energy radiation (150 to 5 terra-volts) located at an angular distance of 0.34 degrees from the center of the cloud cover and reaching the dimensions of about 98 light-years.
Although the nature of the source has not yet been elucidated, astronomers badume that this phenomenon can be explained by the acceleration of cosmic rays in the supernova debris by the collision of protons in the interstellar medium, rich in carbon monoxide.
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