Did you mean?
Search Results - Showing 60 - 72 Of 87
_sun-erupts-with-multiple-x-class-solar-flares-captured-in-a-4k-spacecraft-time-lapse.jpg "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare and X1 flare. Seetime-lapses of the flares in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer| edited by Steve Spaleta")
⏲ 1:6 👁 550K
_sun-erupts-with-multiple-x-class-solar-flares-captured-in-a-4k-spacecraft-time-lapse.jpg "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare and X1 flare. Seetime-lapses of the flares in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer| edited by Steve Spaleta")
⏲ 1:6 👁 4M
_sunspot-pair-may-have-erupted-with-39sympathetic-solar-flares39.jpg "When sunspots erupt at nearly the same time, it could be something known as \")
⏲ 1:0 👁 115K
_powerful-x1-1-solar-flare-sunspot.jpg "NASA Solar Dynamics Observatory captures sunspot AR3341 blast a powerful X1.1 solar flare.<br/><br/>Credit: Space.com | footage courtesy: NASA/SDO | edited by Steve Spaleta<br/>Music:All Parts Equal by Airae/ courtesy of Epidemic Sound")
⏲ 1:14 👁 45K
_watch-a-39solar-snake39-slither-across-the-sun-in-orbiter-view.jpg "ESA's Solar Orbiter captured a \")
⏲ 1:1 👁 3.7M
_watch-this-4k-footage-of-a-big-filament-eruption-on-sun-triggering-a-long-duration-flare.jpg "NASA's Solar Dynamics Observatory captured a magnetic filament erupting on the Sun. The filament was \")
⏲ 1:5 👁 595K
_witnessing-the-celestial-ballet-the-splendor-of-an-eclipse-over-north-america.jpg "As the cosmos orchestrates its grand ballet, one of the most awe-inspiring performances unfolds when the Earth, Moon, and Sun align in perfect harmony. The spectacle of a solar eclipse, where the Moon casts its shadow upon the Earth, mesmerizes observers worldwide. In recent memory, North America has been graced with the privilege of witnessing such celestial marvels, evoking a sense of wonder and reverence for the cosmos.<br/><br/>The anticipation leading up to an eclipse is palpable. Months, sometimes years, before the celestial event, astronomers and enthusiasts meticulously plan their viewing locations, hoping to secure the optimal vantage point. Whether nestled in the rugged mountains of the Pacific Northwest, perched atop skyscrapers in bustling metropolises, or ensconced within the vast expanses of the Great Plains, observers eagerly await the celestial ballet about to unfold.<br/><br/>On the appointed day, as dawn breaks across the continent, excitement mounts. Weather forecasts are scrutinized with fervor, for clear skies are paramount to a successful viewing experience. As the Moon begins its slow dance across the face of the Sun, the atmosphere crackles with anticipation. With each passing minute, the Sun's brilliance diminishes, casting an eerie twilight across the landscape.<br/><br/>In the moments leading up to totality, a hush falls over the crowd. Birds cease their chirping, and the world seems to hold its breath. Then, as if on cue, darkness descends. The corona, a shimmering halo of plasma, emerges from behind the Moon, bathing the landscape in an ethereal glow. Stars twinkle into view, and the temperature drops, lending an otherworldly ambiance to the scene.<br/><br/>For those fortunate enough to witness totality, the experience is nothing short of transcendent. Time seems to stand still as the Moon's shadow races across the Earth, enveloping everything in its path. In those fleeting moments, observers are granted a glimpse into the cosmic ballet that has unfolded for eons, a reminder of humanity's place in the vast tapestry of the universe.<br/><br/>As quickly as it began, totality ends, and the Sun's brilliance returns with a vengeance. But for those who bore witness, the memories of the eclipse linger long after the last sliver of the Moon has passed. Photographs are cherished, stories are shared, and bonds are forged over the shared experience of witnessing nature's grandeur.<br/><br/>But eclipses are more than just a spectacle; they serve as invaluable opportunities for scientific inquiry. Researchers eagerly seize the chance to study the Sun's corona, probing its mysteries and unlocking the secrets of our nearest star. From the ground and from space, instruments are trained on the Sun, capturing data that will deepen our understanding of solar dynamics and space weather.<br/><br/>Yet, for all our technological prowess, there is something primal about witnessing an eclipse firsthand. In a wo")
⏲ 0:36 👁 35K
_black-holes-as-quantum-computers.jpg "<br/><br/>Are Blackholes Quantum Computers?<br/><br/>Ever pondered the power of black holes? What if they're more than just cosmic vacuum cleaners? Imagine them as sophisticated quantum computers used by extraterrestrial civilizations. That's right - scientists Gia Dvali and Zaza Osmanov propose that advanced beings in older star systems might already be harnessing the immense power of black holes to process information. The concept? Artificial microscopic black holes optimized for information processing. The theory suggests that these black holes emit detectable particles like neutrinos and photons. By observing these energetic neutrinos, we might be able to detect signs of life beyond our planet. So, the next time you gaze at the stars, remember: black holes might not just be devouring light, they could be sending us messages from galaxies far, far away. This is the power of quantum computing - opening new directions in our quest for extraterrestrial life. Now, isn't that a thought to lose yourself in?<br/><br/><br/>Black holes as quantum computers? Sounds like science fiction, but it is a realistic scenario. No other system stores quantum information as efficiently as black holes. It is therefore conceivable that intelligent extraterrestrial civilizations could use them for their information processing. These quantum computers would emit neutrinos and light particles that we could detect on Earth. These are the central theses of a scientific paper by Gia Dvali, director at the Max Planck Institute for Physics (MPP), and Zaza Osmanov of the Free University of Tbilisi, Georgia.<br/><br/>In all likelihood, we humans are not alone in the universe. In the past 30 years, more than 5,000 planets have been discovered outside our solar system, known as exoplanets. Some of these have conditions favorable to more highly evolved life, such as water on the surface. So, the question is rather not whether there is extraterrestrial intelligence (ETI), but: How can we recognize it?<br/><br/>The more advanced living beings on other planets are, the more powerful their computer systems will be.<br/><br/>https://www.mpg.de/20074327/extraterrestrial-intelligence-quantum-computing-with-black-holes")
⏲ 0:49 👁 15K
_solar-orbiter-reveals-one-of-the-suns-hottest-fluffiest-structures.jpg "When you think of the surface of the Sun you likely imagine a veritable hellscape, one with extreme temperatures, wild solar explosions and flares. Well, that’s all true, however a recent observation by the European Space Agency’s Solar Orbiter is making it look all cuddly.")
⏲ 1:15 👁 620K
_time-lapse-of-sun-erupting-with-long-duration-x1-6-class-solar-flare.jpg "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare. See at time-lapse of the flare in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer | edited by Steve Spaleta")
⏲ 1:6 👁 275K
_amazing-4k-triple-x-flare-that-occurred-in-february.jpg "NASA's Solar Dynamics Observatory captured stunning view of three x-class solar flares towards the end of February.<br/><br/>Credit: NASA Goddard Space Flight Center")
⏲ 3:42 👁 50K
_the-dead-files-season-15-episode-7-a-demon-has-infiltrated-a-family-and-is-attack-the-daughter.jpg "The Dead Files (Season 15 Episode 7) A demon has infiltrated a family and is attack the daughter")
⏲ 51:3 👁 45K
Related Searches
Search Videos
Recent Searches
_sun-erupts-with-multiple-x-class-solar-flares-captured-in-a-4k-spacecraft-time-lapse.webp "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare and X1 flare. Seetime-lapses of the flares in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer| edited by Steve Spaleta")
_sun-erupts-with-multiple-x-class-solar-flares-captured-in-a-4k-spacecraft-time-lapse.webp "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare and X1 flare. Seetime-lapses of the flares in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer| edited by Steve Spaleta")
_sunspot-pair-may-have-erupted-with-39sympathetic-solar-flares39.webp "When sunspots erupt at nearly the same time, it could be something known as \")
_powerful-x1-1-solar-flare-sunspot.webp "NASA Solar Dynamics Observatory captures sunspot AR3341 blast a powerful X1.1 solar flare.<br/><br/>Credit: Space.com | footage courtesy: NASA/SDO | edited by Steve Spaleta<br/>Music:All Parts Equal by Airae/ courtesy of Epidemic Sound")
_watch-a-39solar-snake39-slither-across-the-sun-in-orbiter-view.webp "ESA's Solar Orbiter captured a \")
_watch-this-4k-footage-of-a-big-filament-eruption-on-sun-triggering-a-long-duration-flare.webp "NASA's Solar Dynamics Observatory captured a magnetic filament erupting on the Sun. The filament was \")
_witnessing-the-celestial-ballet-the-splendor-of-an-eclipse-over-north-america.webp "As the cosmos orchestrates its grand ballet, one of the most awe-inspiring performances unfolds when the Earth, Moon, and Sun align in perfect harmony. The spectacle of a solar eclipse, where the Moon casts its shadow upon the Earth, mesmerizes observers worldwide. In recent memory, North America has been graced with the privilege of witnessing such celestial marvels, evoking a sense of wonder and reverence for the cosmos.<br/><br/>The anticipation leading up to an eclipse is palpable. Months, sometimes years, before the celestial event, astronomers and enthusiasts meticulously plan their viewing locations, hoping to secure the optimal vantage point. Whether nestled in the rugged mountains of the Pacific Northwest, perched atop skyscrapers in bustling metropolises, or ensconced within the vast expanses of the Great Plains, observers eagerly await the celestial ballet about to unfold.<br/><br/>On the appointed day, as dawn breaks across the continent, excitement mounts. Weather forecasts are scrutinized with fervor, for clear skies are paramount to a successful viewing experience. As the Moon begins its slow dance across the face of the Sun, the atmosphere crackles with anticipation. With each passing minute, the Sun's brilliance diminishes, casting an eerie twilight across the landscape.<br/><br/>In the moments leading up to totality, a hush falls over the crowd. Birds cease their chirping, and the world seems to hold its breath. Then, as if on cue, darkness descends. The corona, a shimmering halo of plasma, emerges from behind the Moon, bathing the landscape in an ethereal glow. Stars twinkle into view, and the temperature drops, lending an otherworldly ambiance to the scene.<br/><br/>For those fortunate enough to witness totality, the experience is nothing short of transcendent. Time seems to stand still as the Moon's shadow races across the Earth, enveloping everything in its path. In those fleeting moments, observers are granted a glimpse into the cosmic ballet that has unfolded for eons, a reminder of humanity's place in the vast tapestry of the universe.<br/><br/>As quickly as it began, totality ends, and the Sun's brilliance returns with a vengeance. But for those who bore witness, the memories of the eclipse linger long after the last sliver of the Moon has passed. Photographs are cherished, stories are shared, and bonds are forged over the shared experience of witnessing nature's grandeur.<br/><br/>But eclipses are more than just a spectacle; they serve as invaluable opportunities for scientific inquiry. Researchers eagerly seize the chance to study the Sun's corona, probing its mysteries and unlocking the secrets of our nearest star. From the ground and from space, instruments are trained on the Sun, capturing data that will deepen our understanding of solar dynamics and space weather.<br/><br/>Yet, for all our technological prowess, there is something primal about witnessing an eclipse firsthand. In a wo")
_black-holes-as-quantum-computers.webp "<br/><br/>Are Blackholes Quantum Computers?<br/><br/>Ever pondered the power of black holes? What if they're more than just cosmic vacuum cleaners? Imagine them as sophisticated quantum computers used by extraterrestrial civilizations. That's right - scientists Gia Dvali and Zaza Osmanov propose that advanced beings in older star systems might already be harnessing the immense power of black holes to process information. The concept? Artificial microscopic black holes optimized for information processing. The theory suggests that these black holes emit detectable particles like neutrinos and photons. By observing these energetic neutrinos, we might be able to detect signs of life beyond our planet. So, the next time you gaze at the stars, remember: black holes might not just be devouring light, they could be sending us messages from galaxies far, far away. This is the power of quantum computing - opening new directions in our quest for extraterrestrial life. Now, isn't that a thought to lose yourself in?<br/><br/><br/>Black holes as quantum computers? Sounds like science fiction, but it is a realistic scenario. No other system stores quantum information as efficiently as black holes. It is therefore conceivable that intelligent extraterrestrial civilizations could use them for their information processing. These quantum computers would emit neutrinos and light particles that we could detect on Earth. These are the central theses of a scientific paper by Gia Dvali, director at the Max Planck Institute for Physics (MPP), and Zaza Osmanov of the Free University of Tbilisi, Georgia.<br/><br/>In all likelihood, we humans are not alone in the universe. In the past 30 years, more than 5,000 planets have been discovered outside our solar system, known as exoplanets. Some of these have conditions favorable to more highly evolved life, such as water on the surface. So, the question is rather not whether there is extraterrestrial intelligence (ETI), but: How can we recognize it?<br/><br/>The more advanced living beings on other planets are, the more powerful their computer systems will be.<br/><br/>https://www.mpg.de/20074327/extraterrestrial-intelligence-quantum-computing-with-black-holes")
_solar-orbiter-reveals-one-of-the-suns-hottest-fluffiest-structures.webp "When you think of the surface of the Sun you likely imagine a veritable hellscape, one with extreme temperatures, wild solar explosions and flares. Well, that’s all true, however a recent observation by the European Space Agency’s Solar Orbiter is making it look all cuddly.")
_time-lapse-of-sun-erupting-with-long-duration-x1-6-class-solar-flare.webp "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare. See at time-lapse of the flare in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer | edited by Steve Spaleta")
_amazing-4k-triple-x-flare-that-occurred-in-february.webp "NASA's Solar Dynamics Observatory captured stunning view of three x-class solar flares towards the end of February.<br/><br/>Credit: NASA Goddard Space Flight Center")
_the-dead-files-season-15-episode-7-a-demon-has-infiltrated-a-family-and-is-attack-the-daughter.webp "The Dead Files (Season 15 Episode 7) A demon has infiltrated a family and is attack the daughter")
![[+]](/images/menu.gif){kind=small}