• Built different (musically)
    Built different (musically)
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  • Will You Marry Me?
    Will You Marry Me?
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  • No higher praise.... "Thank you!"
    No higher praise.... "Thank you!"
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  • 5 planets perfectly aligned above the Sydney Opera House, captured by u/BlakPhoenix
    5 planets perfectly aligned above the Sydney Opera House, captured by u/BlakPhoenix
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  • Japan’s Breakthrough Could Redefine Emergency Medicine
    Scientists at Nara Medical University in Japan have developed a revolutionary lab-grown blood substitute known as Deoxy-HbV, capable of functioning across all blood types. This synthetic blood can store for up to two years without refrigeration and has shown life-saving results in animal trials, reversing severe blood loss even without matching blood type.

    Unlike traditional blood that requires donor matching, storage at specific temperatures, and rapid use, this artificial solution is universal, portable, and shelf-stable—perfect for emergency medicine, remote disaster zones, and battlefield trauma care. With clinical human trials expected to begin soon, this innovation could be a game-changer in reducing fatalities from hemorrhagic shock and expanding access to blood in underserved areas.

    #SyntheticBlood #MedicalInnovation #JapanScience #EmergencyMedicine #UniversalBlood #LabGrownBlood
    Japan’s Breakthrough Could Redefine Emergency Medicine Scientists at Nara Medical University in Japan have developed a revolutionary lab-grown blood substitute known as Deoxy-HbV, capable of functioning across all blood types. This synthetic blood can store for up to two years without refrigeration and has shown life-saving results in animal trials, reversing severe blood loss even without matching blood type. Unlike traditional blood that requires donor matching, storage at specific temperatures, and rapid use, this artificial solution is universal, portable, and shelf-stable—perfect for emergency medicine, remote disaster zones, and battlefield trauma care. With clinical human trials expected to begin soon, this innovation could be a game-changer in reducing fatalities from hemorrhagic shock and expanding access to blood in underserved areas. #SyntheticBlood #MedicalInnovation #JapanScience #EmergencyMedicine #UniversalBlood #LabGrownBlood
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  • Never believed in pointlessly gendered products until now (these are for men )
    Never believed in pointlessly gendered products until now (these are for men 😭)
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  • Why does it do this?!
    Why does it do this?!
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  • Someone call the Time of Death
    Someone call the Time of Death
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  • I think he was a painter.
    I think he was a painter.
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  • Since launching in 1977, Voyager 1 has traveled farther than any human-made object, crossing into interstellar space in 2012. Now, over 15 billion miles from Earth, it’s detecting something remarkable: a low-frequency “cosmic hum”.

    This eerie sound isn’t audible to human ears—it's a series of plasma waves picked up by Voyager’s instruments. These waves are generated when the solar wind—charged particles from the Sun—collides with the interstellar medium, the thin soup of gas and dust between stars.

    What’s causing the hum?

    Solar Wind Interactions: Collisions between solar particles and interstellar gas create ripples in space plasma.

    Cosmic Clues: The hum reveals key info about the density, composition, and magnetic fields of the space between stars.

    Thanks to Voyager 1’s Plasma Wave Science instrument, scientists now have a new way to explore the unseen structure of our galaxy.

    In a region no spacecraft has ever reached, Voyager is still sending whispers from the void—and we're listening.
    Since launching in 1977, Voyager 1 has traveled farther than any human-made object, crossing into interstellar space in 2012. Now, over 15 billion miles from Earth, it’s detecting something remarkable: a low-frequency “cosmic hum”. This eerie sound isn’t audible to human ears—it's a series of plasma waves picked up by Voyager’s instruments. These waves are generated when the solar wind—charged particles from the Sun—collides with the interstellar medium, the thin soup of gas and dust between stars. 📡 What’s causing the hum? Solar Wind Interactions: Collisions between solar particles and interstellar gas create ripples in space plasma. Cosmic Clues: The hum reveals key info about the density, composition, and magnetic fields of the space between stars. Thanks to Voyager 1’s Plasma Wave Science instrument, scientists now have a new way to explore the unseen structure of our galaxy. ✨ In a region no spacecraft has ever reached, Voyager is still sending whispers from the void—and we're listening.
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