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#Spacetech Reel by @spaceagency.blog - On January 19, 2025, during Starship Flight 7, SpaceX's Super Heavy booster made a flawless return to the launch pad, caught by its massive mechanical
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@spaceagency.blog
On January 19, 2025, during Starship Flight 7, SpaceX’s Super Heavy booster made a flawless return to the launch pad, caught by its massive mechanical arms. This reusable rocket milestone demonstrates how close we are to rapid, fully reusable spaceflight—boosters landing safely, ready to be refueled and flown again, paving the way for more frequent and affordable space missions. #SpaceX #Starship #SuperHeavy #BoosterLanding #ReusableRocket #Flight7 #SpaceTech #RocketLanding #SpaceInnovation #FutureOfSpace
#Spacetech Reel by @technologyarmy (verified account) - 🚀🔥 NASA is testing a revolutionary propulsion system: the rotating detonation engine. Unlike traditional engines, this technology uses continuous e
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@technologyarmy
🚀🔥 NASA is testing a revolutionary propulsion system: the rotating detonation engine. Unlike traditional engines, this technology uses continuous explosion waves to burn fuel more efficiently, creating higher thrust with less fuel. That means faster travel, lighter rockets, and better performance in space. With support from Marshall Space Flight Center, researchers are pushing the limits of what rocket engines can do. This isn’t just innovation — it’s the next chapter of space propulsion. 🌌 Love Technology? Follow @TechnologyArmy 🌍 Credit: @NASA #NASA #SpaceTech #RocketScience #technology
#Spacetech Reel by @gbg_by_arnu - A Prince Rupert's Drop looks like a fragile glass tear... but it can survive a hammer blow K. The secret? Rapid cooling creates extreme compressive st
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@gbg_by_arnu
A Prince Rupert's Drop looks like a fragile glass tear... but it can survive a hammer blow K. The secret? Rapid cooling creates extreme compressive stress on the outside and tension inside. That makes the bulb almost unbreakable - until the tail snaps, releasing stored energy and shattering it instantly.NASA doesn't build spacecraft out of these, but the physics behind them is crucial. Studying Rupert's Drops helps scientists understand: How stress distribution makes materials stronger Ways to design impact-resistant glass & ceramics Even how materials might behave in microgravity So next time you see a glass drop explode in slow-mo, remember: the same science is helping protect astronauts and spacecraft. #NASA #PrinceRupertsDrop #ScienceExplained #SpaceTech #Engineering PhysicsFacts ExplorePage reels space glass
#Spacetech Reel by @explains_universe - Grabbing objects in space isn't as easy as it looks, especially without gravity. To solve this, NASA engineered a robotic claw covered with hundreds o
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@explains_universe
Grabbing objects in space isn’t as easy as it looks, especially without gravity. To solve this, NASA engineered a robotic claw covered with hundreds of tiny flexible microspines. Instead of squeezing, it locks onto microscopic surface textures, allowing it to firmly hold uneven rocks. This breakthrough could change how we collect samples from asteroids and explore distant planets. #SpaceTech #NASAInnovation #FutureTechnology #AsteroidMission #ScienceReels
#Spacetech Reel by @spaceagency.blog - On January 19, 2025, during Starship Flight 7, SpaceX's Super Heavy booster made a flawless return to the launch pad, caught by its massive mechanical
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@spaceagency.blog
On January 19, 2025, during Starship Flight 7, SpaceX’s Super Heavy booster made a flawless return to the launch pad, caught by its massive mechanical arms. This reusable rocket milestone demonstrates how close we are to rapid, fully reusable spaceflight—boosters landing safely, ready to be refueled and flown again, paving the way for more frequent and affordable space missions. #SpaceX #Starship #SuperHeavy #BoosterLanding #ReusableRocket #Flight7 #SpaceTech #RocketLanding #SpaceInnovation #FutureOfSpace
#Spacetech Reel by @tecnologyvibe22 - A Prince Rupert's Drop looks like a fragile glass tear... but it can survive a hammer blow K. The secret? Rapid cooling creates extreme compressive st
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@tecnologyvibe22
A Prince Rupert's Drop looks like a fragile glass tear... but it can survive a hammer blow K. The secret? Rapid cooling creates extreme compressive stress on the outside and tension inside. That makes the bulb almost unbreakable - until the tail snaps, releasing stored energy and shattering it instantly.NASA doesn't build spacecraft out of these, but the physics behind them is crucial. Studying Rupert's Drops helps scientists understand: How stress distribution makes materials stronger Ways to design impact-resistant glass & ceramics Even how materials might behave in microgravity So next time you see a glass drop explode in slow-mo, remember: the same science is helping protect astronauts and spacecraft. #NASA #PrinceRupertsDrop #ScienceExplained #SpaceTech #Engineering PhysicsFacts ExplorePage reels space glass
#Spacetech Reel by @livereal.films - Everything you know about the tallest mountain on Earth is a lie. 🌋 Mauna Kea is a geological titan hiding in plain sight. This dormant Hawaiian vol
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@livereal.films
Everything you know about the tallest mountain on Earth is a lie. 🌋 Mauna Kea is a geological titan hiding in plain sight. This dormant Hawaiian volcano completely shatters the Mount Everest myth. By measuring from its true base on the pitch-black Pacific ocean floor to its snowy summit, scientists have mapped a staggering 33,500-foot monolith—crushing Everest by nearly a mile. Why does this matter? Because 60% of this massive titan is buried under crushing, freezing deep-sea darkness. But the summit holds a secret of its own: a multi-billion-dollar network of observatories firing lasers into the cosmos. The sheer scale of a single mountain connecting the deep oceanic abyss to deep space is breathtaking. Did you know Everest was in second place? Let us know below. ⬇️ Follow to enter the vault. #Geology #EarthScience #MaunaKea #SpaceTech #MindBlown
#Spacetech Reel by @infinitemindsai (verified account) - The Artemis II crew is on its way to the Moon - and still dealing with Outlook issues. During the Artemis II mission, the crew reportedly had two ver
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@infinitemindsai
The Artemis II crew is on its way to the Moon - and still dealing with Outlook issues. During the Artemis II mission, the crew reportedly had two versions of Microsoft Outlook open on their device and neither was working, forcing them to call Mission Control for remote support. It’s a small moment, but it says a lot. Even at the edge of space, we’re still relying on the same software systems - with all their limitations - just in a much more extreme environment. This scene is now canon Follow @infinitemindsai for daily insights that keep you ahead in AI, Business & Tech Credit: @ShishirShelke1 on X Artemis II mission, NASA Artemis crew, astronauts Outlook issue, space mission technology, NASA communication systems, software in space, Microsoft Outlook bug, space tech challenges, future of space missions, human spaceflight technology #ArtemisII #SpaceTech #FutureOfSpace
#Spacetech Reel by @infinitemindsai (verified account) - The Artemis II crew is on its way to the Moon - and still dealing with Outlook issues. During the Artemis II mission, the crew reportedly had two ver
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@infinitemindsai
The Artemis II crew is on its way to the Moon - and still dealing with Outlook issues. During the Artemis II mission, the crew reportedly had two versions of Microsoft Outlook open on their device and neither was working, forcing them to call Mission Control for remote support. It’s a small moment, but it says a lot. Even at the edge of space, we’re still relying on the same software systems - with all their limitations - just in a much more extreme environment. This scene is now canon Follow @infinitemindsai for daily insights that keep you ahead in AI, Business & Tech Credit: @ShishirShelke1 on X Artemis II mission, NASA Artemis crew, astronauts Outlook issue, space mission technology, NASA communication systems, software in space, Microsoft Outlook bug, space tech challenges, future of space missions, human spaceflight technology #ArtemisII #SpaceTech
#Spacetech Reel by @luminica.ai - 🚀 Spacecraft don't have storage rooms. Every robot you bring to space takes up space you don't have. So EPFL asked: what if one robot could be all o
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@luminica.ai
🚀 Spacecraft don’t have storage rooms. Every robot you bring to space takes up space you don’t have. So EPFL asked: what if one robot could be all of them? Mori3 is a swarm of flat triangular modules. They connect along their edges, reconfigure on demand, and become whatever the mission needs. Arm. Walker. Rolling track. Surface pad. The architecture is called polygon meshing. It’s borrowed from 3D graphics, applied to hardware. Published in Nature Machine Intelligence. Most space robotics coverage focuses on what robots can do. This one was designed around what they can’t take up. Would you trust a general-purpose swarm over specialized robots for a 6-month mission? 🛠 Want 600+ curated AI tools? Comment TOOLS to get instant access 🔗 Credit: EPFL Reconfigurable Robotics Lab Paper: Morphological flexibility in robotic systems through physical polygon meshing modular robot space, polygon meshing robotics, EPFL robotics, shapeshifting robot, reconfigurable robot, self-assembling robot, space robotics, origami robot, swarm robotics, modular robotics research, spacecraft robot, Nature Machine Intelligence, robot morphology, hardware reconfiguration, Mori3 robot, adaptive robot design #Robotics #SpaceTech #ModularRobotics #ArtificialIntelligence #Engineering
#Spacetech Reel by @astro.cosmosx - 🌌 *Seeing someone 80 light‑years away?* - If they're standing on a planet 80 ly from Earth, the light (and any image) from them takes 80 years to rea
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@astro.cosmosx
🌌 *Seeing someone 80 light‑years away?* – If they’re standing on a planet 80 ly from Earth, the light (and any image) from them takes 80 years to reach us, so we’d only see them as they were in 1946. To spot a single person at that distance, you’d need a telescope with a mirror about 100 kilometers wide—far beyond today’s tech. #LightTravel #AstronomyFacts 🔭 *Why it’s impossible now* – Even our biggest optical telescopes (like the upcoming 39‑meter ELT) can resolve objects about 0.001 arcseconds, which at 80 ly corresponds to roughly 10 kilometers—enough to see a city, not a human. To resolve a 1‑meter‑scale person, you’d need an angular resolution of ~0.0000002 arcseconds, requiring interferometry on intercontinental scales. #ResolutionLimit #SpaceTech ✨ *Mind‑blow moment* – So, any “live” view of a person 80 ly away is pure science‑fiction for now; we can only watch their past light, and even that would be a blurry dot. It’s a reminder of how vast space is and why we love imagining alien neighbors! #interstellar
#Spacetech Reel by @longliveai - In space, grabbing onto things is harder than it looks. With no gravity, there's nothing to push against. Wheels slip. Clamps lose hold. Even small m
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@longliveai
In space, grabbing onto things is harder than it looks. With no gravity, there’s nothing to push against. Wheels slip. Clamps lose hold. Even small movements can send objects drifting away. To deal with that, NASA engineers designed a robotic claw that works differently. Instead of squeezing harder, it uses hundreds of tiny flexible spines that latch onto microscopic cracks and rough spots on rocky surfaces. Each spine bends on its own, spreading force across the surface and creating a secure grip without crushing the rock. That makes it possible for robots to grab irregular objects in low or zero gravity environments. Tech like this could be used for asteroid sampling, climbing rocky terrain on Mars, and missions in places humans can’t safely reach. What would you want robots like this to explore first? 👉 Comment “TOOLS” to get my 700+ AI Toolkit for free 🎥 Media: NASA JPL #ai #robotics #spacetech #engineering #technology

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مجموعة #Spacetech الضخمة على انستقرام تضم أكثر الفيديوهات تفاعلاً اليوم. محتوى @technologyarmy, @spaceagency.blog and @longliveai وغيرهم من المبدعين وصل إلى 487K منشور عالمياً. فلتر وشاهد أحدث ريلز #Spacetech فوراً.

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