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The Future of AI and Space-Based Data Centers

📑 5 slides 👁 12 views 📅 2/8/2026 📺 YouTube
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Introduction: AI's Energy Crisis

Global electricity output is flat outside China, limiting AI scaling.

Introduction: AI's Energy Crisis
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Space Solar Advantages

  • Space solar panels yield 5x more power (no atmosphere loss).
  • No batteries needed—continuous sunlight in orbit.
  • Lower manufacturing costs (no weatherproofing required).
Space Solar Advantages
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Orbital AI Infrastructure

  • Starship could launch 10,000 times/year (1 every hour).
  • 30 ships needed for 100GW/year AI deployment.
  • Moon-based manufacturing proposed for silicon/aluminum.
Orbital AI Infrastructure
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Chip & Power Challenges

  • GPU reliability improves post-debug (infant mortality mitigated).
  • Turbine blade shortages delay terrestrial power plants.
  • xAI/Tesla targeting 100GW/year solar production by 2029.
Chip & Power Challenges
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Conclusion: The Space Singularity

  • Prediction: Space hosts cheapest AI within 30-36 months.
  • Annual orbital AI could surpass Earth's total by 2029.
  • Mars/moon expansion needed for petawatt-scale energy.
Conclusion: The Space Singularity
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