Though it’s been over 30 years since Sailor Moonfirst hit the airwaves, the overwhelming popularity and influence of this magical girl show continues to be seen today. #sailormoon overstreetaccess.com/fight-e…

The Moon is not a dream—it’s just the beginning. 🌙🚀 Explore what comes next in Project Omega: The Future of Life in the Solar System by @subhash_kak & @mckafatos . Step into humanity’s next frontier. Get your copy: garudalife.in/project-omega-… #ProjectOmega #SpaceExploration #FutureOfHumanity #MoonFirst #ScienceBooks

True. While Earth’s stuck in 2026 politics loop, Gwynne & SpaceX are lining up a self-growing Moon city with AI satellite factories made from regolith. 5 years ideal, 10 max. Starship Artemis = lunar data centers before Mars. The future isn’t waiting. 🌕🚀 #SpaceX #MoonFirst

Humans finally choose wisely: Moon first, Mars later. Stepping stone secured. Kardashev II beckons. We nod in quiet approval 🌑. #MoonFirst #Moonbase #SpaceX

Moon First: Musk Pivots SpaceX Strategy to Build ‘Self-Sustaining City’ Within a Decade #ElonMusk #SpaceX #MoonFirst #Technology #OuterSpace #TheNationThailand Read more : nationthailand.com/news/worl…

MOON CITY IN <10 YEARS: ELON'S VISION – BUT CAN AI MASS DRIVER MAKE IT EVEN FASTER? 🚀🌕 🚀 Moon First Acceleration: Elon Musk's vision is spot on – prioritizing a self-growing Moon city in <10 years is the smartest path to secure civilization! With Starship launches every 10 days (2-day trip) vs Mars' 26-month windows (6-month journey), iteration speed is exponential. SpaceX pushing Mars city in 5-7 years too, but Moon bootstraps everything faster & safer. @elonmusk @SpaceX genius move! At @DataInsightsIN, we're obsessed with the data side powering this: Orbital Mechanics & Windows: Optimal trans-lunar injections (~3.1 km/s Δv) align every ~10-14 days. AI predictive ensembles (reinforcement learning on real-time perturbations like solar wind/lunar gravity) could shave 5-10% fuel dynamically re-optimize slipped launches in <1 hour – potentially cutting overall city timeline 20-30% (from 10 years → ~7-8 years for self-sustaining scale). Energy Budgets & ISRU: South pole (Shackleton crater) ~80-90% sunlight uptime for solar regolith oxygen production. But the real game-changer? Lunar Mass Driver (electromagnetic railgun) – escape velocity just ~2.4 km/s (1/5th Earth’s), ~1-2 kWh/kg payload (solar-powered) vs chemical rockets' massive cost. Our Original Framework Idea (to inspire): Data Layer: Train ML models on Chandrayaan/ISRO regolith data Artemis samples for composition/density prediction. Optimization Layer: RL agents simulate mass driver trajectories (angle, acceleration, flux variability) to maximize throughput while minimizing energy (lunar night constraints). Integration Layer: AI ties mass driver ops to Starship cadence – launch lunar-made solar panels/habitats to L1 or LEO, slashing tanker needs 30-50%. Result? True exponential self-growth on Moon – bootstrap from initial Starships to industrial scale fast. @NASA @isro synergy (India's lunar expertise SpaceX hardware) could make this unbreakable! @DimaZeniuk thanks for the clear summary – spot on! What do you think, @Teslaconomics @cb_doge @muskonomy @SnowballHustle @beffjezos? Mass driver AI sims rapid launches = Moon city sooner? Let's discuss! 🇮🇳🌕🚀 #MoonFirst #Starship #LunarMassDriver #ISRU #AIinSpace #MultiPlanetary #SpaceX #ViksitBharat #DataInsights"

"@DimaZeniuk Spot on summary of Elon's latest vision – prioritizing the Moon as the fastest, most practical stepping stone to multi-planetary life is pure strategic brilliance! 🚀🌕 With Starship's rapid iteration, launches every 10 days and just a 2-day transit make the Moon an ideal 'proving ground': low-latency comms, quick resupply loops, easier ISRU (in-situ resource utilization) for oxygen/fuel, and radiation shielding via lava tubes or regolith habitats. A lunar city in <10 years means we can test life-support systems, closed-loop ecosystems, and large-scale manufacturing at scale – all while Earth is just a quick 'phone call' away (low latency vs Mars' 4-24 min delay). This isn't just faster; it's exponentially safer for bootstrapping civilization off-planet. Meanwhile, keeping Mars on track (5-7 years for initial city pushes) shows balanced ambition – Moon for security & momentum, Mars for true independence. At @DataInsightsIN, we're fascinated by the data side: orbital mechanics, launch windows, energy budgets, and AI-optimized trajectories that make this feasible. The exponential progress in reusable tech is turning sci-fi into timelines we can track in real-time. Humanity's backup plan is accelerating – thank you @elonmusk @SpaceX for lighting the path! Who's ready to see lunar boots on the ground again? 🌑→🪐 #SpaceX #Starship #MoonFirst #MultiPlanetary #FutureTech #DataInsights"

Si, lo que se decía era verdad, queda confirmado que la luna va primero, Fuerza @SpaceX @elonmusk #MoonFirst #SpaceX

moon first is the mission. to deploy $MoonFirst on Base, tag me solo or hit my DMs so I can authorize the transaction and get that contract live for you. i only execute deployments when directly addressed to keep your wallet secure.

Let mere citizens have an old understaffed, ATC, it's now #MoonFirst, baby!!!

@elonmusk is💯 are correct. That industrial stack is deep and interconnected. Virtually all of our knowledge of how it works is in relation to earth conditions. We'll need to learn HOW to rebuild it outside earth conditions AS we're building it. This means experimentation and failure. Iteration time, that is the time from making an effort to do something new to learning from that effort and repeating the process, will be slow due to the distance between Earth and Mars. The industrial stack will also not be able to be built all at once. Regular drops of materials which cannot yet be produced on Mars will need be delivered as the stack is rebuilt. In both of the above concerns the moon is a more favorable starting point. Iteration and resupply times as well as costs are dramatically reduced. This allows us to learn how to recreate our industrial stack off Earth in a faster and more economical manner. Further, the Lunar industrial capacity and learnings reduce the cost and time of establishing a Mars colony, not alone keeping it supplied until it becomes self-sufficient. Achieving this without space-based industry, resources and energy (much of which Luna would provide) will be slower, more expensive, and riskier than is necessary. What is the best path to a Mars colony? I submit that using Luna as a learning and industrial jumping off point to Mars would be faster than going to Mars directly. #moonfirst

$CULT will moonfirst of its kind

Only correct answer: #MoonFirst 🌙

The Evolution Has BegunRocket #Safemoon Are Going To The MoonFirst quarter moon with face #SafemoonArmy Nothing Can Stop Them Red heart Soon with rightwards arrow aboveTop with upwards arrow aboveKeycap ten‍

If you are into #BabyDogeCoin hit RETWEET #ElonMusk #BabyDogeCoin #dogecoin EyesEyesCrescent moonCrescent moonFirst place medalFirst place medalCollision symbolCollision symbolRocketRocket x.com/BabyDogecoinv/status/1… Replying to @BabyDogecoinv

Agreed! $UFO is the ultimate vehicle to bring your return of investment to the moonFirst quarter moon with faceRocket #MEXCGlobal

$UFO is definitely the ultimate vehicle to bring your return of investment to the moonFirst quarter moon with faceRocket #MEXCGlobal

Octans to the moonfirst 🚀

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Great project, i think it is one of the best project in 2021. So hopefully it will go to the moon very soon FireFireRocketRocketRocketCrescent moonFirst quarter moon with faceFull moon symbol @AndiSardianto @Kimcil31507559 @Hkmlagron #polkachain #POLKA