Nasacosmic

The individuals fortunate enough to witness Earth from the cosmos are left mesmerized by its beauty—the vibrant colors, the sense of fragility that encapsulates the planet situated 250 miles below them. Now, it's your moment to experience it: this ultra-high definition video, recorded during Expedition 65 of the International Space Station, grants you an extended and appreciative opportunity to marvel at our planetary abode in all its grandeur. Simply press play and transition into orbit mode. This remarkable footage was filmed aboard the International Space Station spanning the time frame from April 17, 2021, to October 17, 2021. Now, the privilege of this experience extends to you: a mesmerizing video, captured in ultra-high definition during Expedition 65 of the International Space Station, offers you an extended and deeply appreciative opportunity to immerse yourself in the magnificence of our celestial home. With a simple press of the play button, you can enter an orbit mode that takes you on a virtual journey. This extraordinary footage was meticulously recorded aboard the International Space Station, spanning the period between April 17, 2021, and October 17, 2021. As you watch, you'll find yourself connecting with the grandeur of Earth's landscapes, weather patterns, and natural wonders in a way that only the unique perspective of space can provide. #EarthFromSpaceWonders 🌍🛰️ #CelestialSplendor 🌌🌏 #Expedition65Vista 🚀✨ #OrbitingEarthMagic 🛰️🌎 #CosmicVoyageOfBeauty 🌌🚀 #SpaceStationGaze 🛰️🌠 #PlanetEarthEnchantment 🌍✨ #BeyondHorizonView 🚀🌅 #EyesOnEarthFromSpace 👁️🪐 #SpaceSerenity 🌌🪐

This time-lapse sequence documents the solar activity spanning from August 12 to December 22, 2022, meticulously captured by NASA's Solar Dynamics Observatory (SDO). Positioned in space orbit around Earth, SDO has consistently observed the Sun in remarkable 4K x 4K resolution for nearly 13 years. This invaluable data has led to a plethora of fresh insights into the intricate workings of our nearest star and its influential role within the solar system. Equipped with a trio of instruments, SDO captures a snapshot of the Sun every 0.75 seconds. The Atmospheric Imaging Assembly (AIA) instrument, acting alone, captures images at ten distinct wavelengths of light every 12 seconds. The focus of this 133-day time-lapse revolves around images taken at a wavelength of 17.1 nanometers, revealing the corona—the Sun's outermost atmospheric layer—in the realm of extreme-ultraviolet light. Through the alignment of images separated by a mere 108 seconds, this visual journey encapsulates 133 days, or approximately four months, of solar observations within a concise 59-minute sequence. The footage showcases vibrant active regions traversing the Sun's surface as it gracefully rotates, completing one rotation about every 27 days. The enigmatic loops extending above these luminous regions are magnetic fields entrapping heated, radiant plasma. These radiant zones are also the wellspring of solar flares, manifesting as luminous flashes due to magnetic fields coalescing through magnetic reconnection—a dynamic process. Although SDO has vigilantly focused on the Sun, there are instances it missed. Instances of darkness in the imagery arise when Earth or the Moon briefly block SDO's view of the Sun during transit. Other interruptions stem from instrument maintenance or data discrepancies. SDO diligently transmits an astonishing 1.4 terabytes of data to the ground daily. Images where the Sun appears off-center denote moments of SDO's instrument calibration. Looking ahead, SDO and fellow NASA missions are poised to maintain their watch over the Sun, continuing to unveil insights about our celestial context while offering crucial information to ensure the safety of astronauts and space assets. The music accompanying this visual journey is an uninterrupted mix from Lars Leonhard's album "Geometric Shapes," graciously provided by the artist. Credit: NASA's Goddard Space Flight Center Scott Wiessinger (PAO): Lead Producer Tom Bridgman (SVS): Lead Visualizer Scott Wiessinger (PAO) #SolarRumbleSaga 🌞⚡ #SunsationalThunder ⚡🌞 #EpicSolarStorm 🌞🌩️ #CosmicRumbleFrenzy 🌌⚡ #RadiantSunEruption ☀️🔥 #SpectacularSolarSymphony 🌞🎶 #CelestialThunderDance ⚡🌟 #SolarShockwaveSensation 🌞💥 #AstroSonicBoom 🚀🔊 #ElectrifyingSunShow ⚡🌞 #SolarEruptionSerenade ☀️🎶 #RumblingCelestialStage 🌌⚡ #SunburstHarmony 🌞🎵 #CosmicThunderstorm ⚡🌠 #RadiantRumbleShow 🌞🔊 #SunSonicSymphony 🌞🎶 #CelestialRumbleMagic ⚡✨ #EnergeticSunbeats 🌞🔊 #SolarRumbleChoreography ☀️💃 #ThunderousSolarEruption ⚡🌞 #SolarRumbleSaga 🌞⚡ #SunsationalThunder ⚡🌞 #EpicSolarStorm 🌞🌩️ #CosmicRumbleFrenzy 🌌⚡ #RadiantSunEruption ☀️🔥 #SpectacularSolarSymphony 🌞🎶 #CelestialThunderDance ⚡🌟 #SolarShockwaveSensation 🌞💥 #AstroSonicBoom 🚀🔊 #ElectrifyingSunShow ⚡🌞

NASA, the National Aeronautics and Space Administration, stands as a beacon of human achievement and curiosity. Since its establishment in 1958, NASA has pioneered space exploration, scientific discovery, and technological innovation. With groundbreaking missions, iconic achievements like the Apollo moon landings, and ongoing research in various fields, NASA continues to inspire us with its dedication to unraveling the mysteries of the cosmos and advancing our understanding of the universe. Venturing beyond the realms of our planet, NASA has turned its gaze towards a captivating phenomenon known as electric skies. These dazzling displays of light, often referred to as transient luminous events (TLEs), include sprites, elves, and blue jets. Captured above thunderstorms, these electrifying occurrences provide scientists with vital insights into Earth's upper atmosphere and its intricate electrical activity. NASA's ongoing research into electric skies not only deepens our understanding of our planet's complex systems but also highlights the remarkable beauty that can be found in the midst of nature's most powerful forces. Paul Smith is a passionate photographer with a strong fascination for the night sky. His particular obsession lies in capturing sprites, which are bursts of light that flicker far above thunderstorms. In October of the prior year, he took on the role of guiding Dr. Burcu Kosar, a NASA scientist, on a journey across the rural roads of Oklahoma. The objective was for her to experience chasing a sprite herself, despite her extensive 15-year involvement in sprite studies. Discover more about the captivating endeavor of pursuing sprites alongside Paul and Burcu. #NightSkyMagic 🌌✨ #SpriteChasers 🌩️📸 #CapturingSprites 📷🌠 #ThunderstormWonders ⚡🌪️ #ObsessedWithSprites 🌌🔍 #SkySpectacle 🌌🌟 #StormyNightPhotography 🌩️📸 #ChasingTheUnseen ✨🌩️ #SpriteHuntingAdventure 🌌🔦 #BehindTheLensMagic 📷✨ #RumblingSkies ⚡🌩️ #ThunderstormChasers 🌪️📸 #EpicRumbles 🌩️🔊 #RumblingNights 🌌⚡ #ThunderstruckMoments ⚡📷 #ChasingRumbles 🌩️🏃‍♂️ #SkyRumbles 🌌🌩️ #RoaringSkies ⚡🌪️ #StormyVibes 🌩️🎶 #RumbleSpectacle 🌩️🔊