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Telescope has captured a strange new image of the Sun

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A trio of telescopes have captured a new view of the Sun, capturing the star’s invisible light.

The telescope has captured a strange new image of the Sun image 0

Wavelengths of light from three space observatories overlap, creating a unique new image of the Sun. (Photo: JPL-Caltech/JAXA/NASA).

The newly released image is a combination of these X-ray point Sun emissions observed from the Nuclear Spectroscopy Telescope (shown in blue) with data from the Japan Aerospace Exploration Agency’s Hinode Telescope (shown in blue) and green) and the observatory’s Atmospheric Imaging Complex of NASA’s Solar Dynamics (in red), CNN reported in February. 16.

Nuclear spectroscopic telescopealso known as NuSTAR Glassesit is possible to observe X-rays emitted by the hottest points in the Sun’s atmosphere.

In the meantime, Hinode X-ray telescope capable of detecting low energy X-rays. The Solar Dynamics Observatory can detect intense ultraviolet light.

In addition to the types of light that the human eye can see, many wavelengths of light remain hidden from our view, including x-rays and ultraviolet rays.

From its orbit around Earth, NuSTAR captured 25 images of high-energy X-rays in the Sun’s atmosphere in June 2022.

While NuSTAR observed high-energy X-rays from the Sun (shown in blue), Hinode observed low-energy X-rays (green), and the Solar Dynamics Observatory recorded images of ultraviolet rays (red). (Photo: JPL-Caltech/JĄXA/NASA).

The NuSTAR telescope, launched into space in June 2012, is responsible for observing giant black holes and decaying stars outside the solar system, but it has also observed a unique image of the Sun.

One of the greatest mysteries about the Sun is why its outer atmosphere, also known as crown – at least 100 times hotter than the surface of this star.

Astronomers believe the corona’s heat can reach astonishing levels, up to a million degrees Celsius, due to small explosions called nanoflares.

It is difficult to recognize them nanoflare Because the Sun’s brightness is so strong, NuSTAR can detect energy-containing matter created from nanoflares that occur in close proximity to each other. NuSTAR data can help scientists track how often nanoflares occur to better understand the Sun’s activity cycle.

Article source: Zing

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A trio of telescopes recently captured a new view of the Sun, starlight invisible to the naked eye. Wavelengths of light…

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