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#Spacescience Reel by @astronaut_from_mars - That's not a close-up of a carpet. ☀️ What you're seeing is a "hairy" view of the Sun's chromosphere. The dark voids are Sunspots-magnetic knots larg
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@astronaut_from_mars
That’s not a close-up of a carpet. ☀️ What you’re seeing is a "hairy" view of the Sun’s chromosphere. The dark voids are Sunspots—magnetic knots larger than Earth. They look black only because they are 2,000 degrees cooler. The swirling "hairs" are plasma trapped in magnetic loops. That white-hot flash? That’s a Solar Flare igniting. This energy release can trigger X-class solar storms. When these magnetic fields snap, they launch billions of tons of plasma. If aimed at Earth, they create Auroras but can also fry satellites. We are currently approaching the Solar Maximum in 2026. Expect more of these "monsters" to appear on the surface. Save this if you love learning things like this. Share this with someone who would find this fascinating. If a solar flare knocked out the global internet for a month, what’s the first thing you’d do? 👇 . . . . . . . #astronomy #space #science #nasa #astrophotography cosmos universe nature physics explorepage sunspots solarflare solarmaximum chromosphere solarstorm spaceweather telescope halpha solartelescope stargazing solarphotography backyardastronomy astrophoto spacefacts sciencecommunication plasma magneticfields solarcycle25 sunspotregion deepsky
#Spacescience Reel by @quantumfactstelugu - Diamond rain on Neptune sounds unreal… but it's based on real physics 💎🌌 Under extreme pressure and heat, methane breaks apart, forming carbon that
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@quantumfactstelugu
Diamond rain on Neptune sounds unreal… but it’s based on real physics 💎🌌 Under extreme pressure and heat, methane breaks apart, forming carbon that crystallizes into diamonds. In the deep layers of Neptune, it may literally rain diamonds. The universe is far more extreme than we imagine. #DiamondRain #Neptune #SpaceScience #Astrophysics #UniverseFacts
#Spacescience Reel by @spaceagency.blog - During a spacewalk, NASA astronaut Andrew Morgan literally pushed the Alpha Magnetic Spectrometer's debris shield off the International Space Station,
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@spaceagency.blog
During a spacewalk, NASA astronaut Andrew Morgan literally pushed the Alpha Magnetic Spectrometer’s debris shield off the International Space Station, sending it drifting into orbit. It looks like loitering in space—should we issue a summons? But there’s no space-junk crime here. The shield was never designed to be removed or serviced, yet it had to be jettisoned so astronauts could access and repair another critical part of the instrument. Once released, the shield safely decayed from orbit and burned up in Earth’s atmosphere, making possible unprecedented in-orbit repairs to one of the ISS’s most important experiments studying cosmic rays, antimatter, and dark matter. #spacewalk #iss #nasaastronaut #spacescience #cosmicrays #darkmatter #antimatter #spaceengineering #orbitalmechanics #spacenerds
#Spacescience Reel by @learn_with_adeesha - What would happen if a massive asteroid crashed into Mars? ☄️🔴 Asteroid impacts can release energy equal to millions of nuclear bombs, creating gian
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@learn_with_adeesha
What would happen if a massive asteroid crashed into Mars? ☄️🔴 Asteroid impacts can release energy equal to millions of nuclear bombs, creating giant explosions and massive craters on planetary surfaces. Scientists believe that huge asteroid collisions shaped many planets in our solar system — including Mars. This cinematic animation shows what a giant asteroid impact on the Red Planet might look like. 🌌 Follow Learn with Adeesha for more space discoveries, science animations, and amazing universe facts. 👍 Like | Follow | Subscribe for more fascinating science! #Mars #AsteroidImpact #SpaceScience #Astronomy #PlanetExplosion #SpaceFacts #Universe #ScienceForKids #LearnWithAdeesha #Cosmos
#Spacescience Reel by @spacelenshq - In space, liquids don't behave the way they do on Earth. Without gravity, coffee doesn't settle at the bottom of a cup - it floats. That's why NASA de
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@spacelenshq
In space, liquids don’t behave the way they do on Earth. Without gravity, coffee doesn’t settle at the bottom of a cup — it floats. That’s why NASA developed a special “space cup” designed to guide liquids using surface tension instead of gravity. The cup uses its shape to pull the liquid along the edge, allowing astronauts to sip normally without spills. It may look simple, but it’s based on advanced fluid physics and years of research in microgravity. Innovations like this aren’t just for astronauts — they help scientists better understand how fluids behave in extreme environments, which can improve technologies on Earth as well. Space changes everything — even your morning coffee. Would you try drinking coffee in zero gravity? 📌 Credit: NASA Shared for educational and informational purposes. #NASA #SpaceLife #ZeroGravity #SpaceScience #AstronautLife #ISS #Microgravity #ScienceInSpace
#Spacescience Reel by @glamour_physics (verified account) - ✨️European Space Agency 's GAIA Satellite created this attractive and accurate 3D map of the Milky Way's stellar activity✨️ ☆for better vision, we
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@glamour_physics
✨️European Space Agency 's GAIA Satellite created this attractive and accurate 3D map of the Milky Way's stellar activity✨️ ☆for better vision, we shot the video vertically☆ For those who want to know more ⬇️⬇️⬇️ by ESA.INT The stars are constantly moving across the sky, and these motions are being measured with increasing precision by @europeanspaceagency Gaia Satellite. These proper motions are released as part of the Gaia Early Data Release 3 ( EDR3). The animation ( data of December 2020 ) shows the proper motions of 40,000 stars, all located within 100 parsec of the Solar System. Video begins with the stars in the current position and ends by showing stars trails for 400 thousand years into the future. Towards the end , the stars appear to congregate on the in the lower part of the image, leaving the top side emptier. This is an artifact and is caused by the average motion of the Solar System with respect to the surrounding stars. ☆•☆•☆ Credit video @europeanspaceagency ©️ESA/Gaia/DPAC;CC BY-SA 3.0 IGO. Acknowledgment:A.Brown, S.Jordan, T.Roegiers,X.Luri,E.Masana,T.Prusti and A.Moitinho ☆regular written request for permission done in the first time we posted this video on February 2022.☆ ☆☆☆ Esa.int Sci.esa.int ☆☆☆ ☆▪︎☆▪︎☆ 🌐CREDIT FURTHER PROCESSING @glamour_physics @modernsciencex CONTENT USED FOR EDUCATIONAL PURPOSES ONLY ☆•☆•☆ For more insightful content on Science and Astronomy 🌐FOLLOW @glamour_physics ☆▪︎☆▪︎☆ 🌐Credit music: Morning 's Wings• Tony Anderson For the pics/clips used in this uploaded editing: All Rights And Credits Reserved To Respected Owner (s) No copyright infringement intended . Copyright issues? DM us. ☆▪︎☆▪︎☆ ⚠️IMPORTANT⚠️ Don't repost without permission #universe #milkyway #spacescience #space #sciencereels #quantumphysics #galactic #galaxies #science #astrofisica #fisica #physicist #physicsfact #astrophotographers #astrophile #spacex #interstellar #esa #spacecolonization #spaceexploration #europeanspaceagency
#Spacescience Reel by @sadip_siddique_spaecphotogarpy - চাঁদে যদি বড় ধরনের কোনো উল্কাপিণ্ড (মিটিওরাইট) আঘাত করে, তাহলে সেটি চাঁদের পৃষ্ঠে বিশাল এক গর্ত (ক্রেটার) তৈরি করবে। চাঁদে বায়ুমণ্ডল না থাকায় সেই আ
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@sadip_siddique_spaecphotogarpy
চাঁদে যদি বড় ধরনের কোনো উল্কাপিণ্ড (মিটিওরাইট) আঘাত করে, তাহলে সেটি চাঁদের পৃষ্ঠে বিশাল এক গর্ত (ক্রেটার) তৈরি করবে। চাঁদে বায়ুমণ্ডল না থাকায় সেই আঘাত সরাসরি ও প্রবলভাবে পড়বে, এবং বিপুল পরিমাণ ধুলো ও পাথর মহাশূন্যে ছিটকে যাবে। 🌑 তবে এই ঘটনার সরাসরি কোনো ভয়াবহ প্রভাব পৃথিবীর ওপর পড়ার সম্ভাবনা খুবই কম। কারণ চাঁদের মাধ্যাকর্ষণ ও অবস্থান পৃথিবীকে বড় ধরনের বিপদ থেকে রক্ষা করে। কিছু ক্ষেত্রে সেই ধুলোর ক্ষুদ্র অংশ পৃথিবীর দিকে আসতে পারে, কিন্তু তা বায়ুমণ্ডলে পুড়ে যাবে। ✨ বরং এই ধরনের ঘটনা বিজ্ঞানীদের জন্য অত্যন্ত গুরুত্বপূর্ণ গবেষণার সুযোগ তৈরি করে—চাঁদের গঠন, মহাকাশের গতিবিধি এবং ভবিষ্যতের মহাকাশ অভিযানের ঝুঁকি সম্পর্কে নতুন তথ্য পাওয়া যায়। 📍Page: sadip siddique space photography & laws facts #MoonImpact #SpaceScience #Meteorite #LunarResearch #Astrophysics SadipSiddique SpacePhotography ScienceFacts Universe BanglaScience
#Spacescience Reel by @dudelovesspace - The Sun Releases Massive Energy! Seen Through My Telescope #astronomy #space #spacefacts Earth receives more energy from the Sun in an hour than huma
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@dudelovesspace
The Sun Releases Massive Energy! Seen Through My Telescope #astronomy #space #spacefacts Earth receives more energy from the Sun in an hour than humans consume in a year, we just don’t capture it yet. Equipment Used: Telescope: https://dudeloves.space/SkyWatcher-EvoStar-AC-150/1200 Solar Filter: https://dudeloves.space/DayStar-Quark-Chromosphere Camera: https://dudeloves.space/ZWO-ASI-432MM Other: Skywatcher Heq5 Pro Mount, ZWO Asi 120mm, ZWO Mini Guide Scope, ZWO AEF This time-lapse reveals mesmerizing solar activity through a special filter, the Daystar Quark Chromosphere, bringing you views of solar flares and chromospheric features in exquisite clarity. The speed of this footage is around 540x compared to real time. The sound is made out of audio clips from NASA's Parker Probe that recorded parts of the solar wind. #sunobservation #sun #space #solarflare #telescope #astrophotography #nasa #parkersolarprobe #solarsystem #spaceweather #spacefacts #sol #science #universe #spacelovers #solar #solaractivity
#Spacescience Reel by @theneouniverse - Your Problems Are Tiny In Space This stunning image from the James Webb Space Telescope shows a tiny red dot hidden within a vast cosmic structure kn
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@theneouniverse
Your Problems Are Tiny In Space This stunning image from the James Webb Space Telescope shows a tiny red dot hidden within a vast cosmic structure known as the Pillars of Creation. That tiny dot represents our entire solar system, including Earth. When zoomed out, it becomes almost invisible in the massive scale of the universe. This perspective reminds us how small our daily worries really are. A failed exam or temporary setback may feel overwhelming, but in the grand cosmic scale, it’s just a tiny moment. The universe is विशाल, and so are the possibilities ahead of you. Keep going, because your story is still unfolding. #CosmicPerspective #SpaceScience #Motivation
#Spacescience Reel by @astr0mystic - How Long Would It Take to Reach the Moon in a Straight Line? #nasa #earth #solarsystem #space #science #education Average distance: ~384,400 km ⏱️ Tr
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@astr0mystic
How Long Would It Take to Reach the Moon in a Straight Line? #nasa #earth #solarsystem #space #science #education Average distance: ~384,400 km ⏱️ Travel time at different speeds Commercial airplane (~900 km/h): ~17–18 days ✈️ Bullet (~3,000 km/h): ~5–6 days Fast rocket (~40,000 km/h): ~9–10 hours 🚀 NASA Apollo missions: ~3 days (they didn’t go straight—used orbital paths) 🌕 Fun fact Even light takes 1.3 seconds to reach the Moon from Earth
#Spacescience Reel by @aarti.aghariya - Living on the Edge: The Moon's Deadly Temperature Swing! 🌗🌡️🚀 Imagine a world where you could be boiling at lunch and frozen solid by dinner. Welc
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@aarti.aghariya
Living on the Edge: The Moon’s Deadly Temperature Swing! 🌗🌡️🚀 Imagine a world where you could be boiling at lunch and frozen solid by dinner. Welcome to the Moon! 🌑✨ ​While Earth’s atmosphere acts like a cozy blanket that keeps our temperatures stable, the Moon has no such protection. This visual breakdown shows the staggering reality of lunar life: ​High Noon Heat: During the lunar day, surface temperatures soar to a scorching +120°C (248°F). That’s hot enough to boil water instantly! 🔥☀️ ​The Deep Freeze: As soon as the sun goes down, the heat vanishes into the vacuum of space, and temperatures plummet to a bone-chilling -130°C (-208°F). ❄️🌌 ​The Engineering Challenge: This is exactly why the Artemis missions are so revolutionary. Designing space suits and lunar habitats that can survive a 250-degree temperature swing is one of the greatest challenges in modern science. We aren't just visiting; we are learning how to conquer the most hostile environments in the solar system. 🛰️🤖 ​Does this make you appreciate our Earth’s atmosphere a little more? Tell us your thoughts below! 👇💫 ​ ​#MoonFacts #LunarEnvironment #ArtemisGeneration #SpaceScience #ExtremeTemperatures Astronomy NASA SpaceExploration ScienceCommunication AartiAghariyaTheories DeepSpace Stargazing PhysicsFacts CosmosSecrets MoonMission StayCurious ,
#Spacescience Reel by @theneouniverse - Our Solar System's Lap A "galactic year" is the time our Sun takes to make one full lap around the Milky Way's center-about 225 million years. Travel
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@theneouniverse
Our Solar System’s Lap A “galactic year” is the time our Sun takes to make one full lap around the Milky Way’s center—about 225 million years. Traveling roughly 230 km/s, the Sun and all the planets sweep through the Orion Arm, about 26,000 light‑years from the galactic core. Since forming 4.6 billion years ago, the Sun has completed around 20–21 orbits. With about 5 billion years left before it swells into a red giant, it likely has roughly 22 more galactic years to go. This perspective turns Earth’s history into a tiny fraction of one cosmic lap. In the video, we visualize this slow-motion journey and why galaxies rotate the way they do. #SpaceScience #Astronomy #MilkyWay

✨ #Spacescience Discovery Guide

Instagram hosts 1.2 million posts under #Spacescience, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.

#Spacescience is one of the most engaging trends on Instagram right now. With over 1.2 million posts in this category, creators like @astr0mystic, @astronaut_from_mars and @dudelovesspace are leading the way with their viral content. Browse these popular videos anonymously on Pictame.

What's trending in #Spacescience? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.

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💡 Top performing posts average 63.8M views (2.9x above average). High competition - quality and timing are critical.

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