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Here's The First Detailed Image Of The Sun's Surface

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  • high resolution image of the sun's surface

    The Sun is a hot, turbulent ball of gas. That much we already know. But now, we have photo evidence to prove just how hot and churning the surface of the star is. The Daniel K. Inouye Solar Telescope (DKIST) has just captured the highest resolution image of the Sun to date. 

    In this revolutionary image we can see granular structures that look like nuggets of gold (which are actually the size of France). They're actually columns of super hot plasma (10,800 F) with the bright spots at the center of each grain the epicenter of the Sun's violent release of it's gooey hot insides. As this plasma cools, it descends back below the surface via narrow channels between neighboring gold chunks, or granules. 

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  • close up image of sun's surface taken by DKIST telescope

    The DKIST is the world's largest telescope, with a 4 meter wide aperture. Located on the top of a volcano in Hawaii, the telescope is so powerful that it can see features on the Sun up to 10 miles. DKIST can see the Sun in visible to near infrared wavelengths, meaning that it can probe the Sun's magnetic field and study the activities that create space weather on Earth

  • Text - |Daniel K. Inouye Foundation Solar Telescope National Science NSE The Inouye Solar Telescope sees large bubbling cells the size of Texas but can also see tiny features as small as Manhattan Island. This is the first time these tiny features have ever been resolved. The Inouye Solar Telescope is showing us three times more detail than anything we've ever seen before. For more information about this telescope, visit www.nso.edu Inouye Solar Telescope closo up 7,000 km (4,350 miles Inouye So

    The completion of the DKIST telescope in 2020 starts the beginning of a 50 year study of the Sun. Particles from the sun have the potential to interfere with satellites, power grids and communication infrastructure on Earth. This study also hopes to shed light on the mystery of why the Sun's corona (outer layer) is hotter than it's visible surface. We can expect many more groundbreaking images and findings from the DKIST. 

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