Joined July 2010
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Next-Gen Lunar Propulsion: Powering the Moon’s Future Building a sustainable lunar economy means developing cost-effective, reusable propulsion systems that work in the Moon’s extreme environment. Here’s what’s in development:
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💰🚀Why do we really spend money on space? 👩🏼‍🚀It’s not just about launching rockets. It’s about protecting Earth, growing the economy, inspiring generations, and securing our future.
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Learn about how we’re planning to use space exploration to improve life on Earth at AstroTechnology.com 🔗 #SpaceExploration #STEMeducation #WhySpace #Innovation #FutureIsNow #MoonToMars #ScienceMatters #SpaceIsForEveryone
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🧵 Why Do We Spend Money on Space? It’s more than rockets and astronauts — space exploration drives innovation, protects Earth, and could even ensure our survival. Here’s why it matters👇
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7/ Survival of Humanity The biggest reason? Long-term survival. Earth won’t last forever. Living on the Moon, Mars, or beyond gives us a backup plan — a way to hedge against extinction.
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8/ Final Thought Space isn’t a luxury — it’s an investment in our future. It fuels tech, protects Earth, grows economies, inspires minds, and might just save humanity. Keep looking up. 🌌 #SpaceExploration #WhySpace #STEM #Innovation #FutureIsNow
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🧵 Lunar He-3 vs. Earth’s Nuclear Power: Which One Wins? Let’s break it down. 🚀⚛️ 1/ Nuclear power on Earth is powerful—but flawed. It creates long-lived radioactive waste, meltdown risks, & a PR nightmare. But what if we could skip the dangers… by going to the Moon?
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9/ Imagine: A future where robotic miners harvest He-3 on the Moon... ...and fusion plants on Earth power entire cities without waste.
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10/ The real win? When we stop asking “Earth or Moon” and start building a system that uses both. #Helium3 #CleanEnergy #SpaceMining #FusionPower #LunarExploration
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