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Orbital Manufacturing & Space Elevators Video Lecture

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Lectures: 24

Duration: 29 Hours 50 Minutes

Moonshot 2169: Earthbound Civilization’s Final Great Frontiers of Science & Technology is a guided ride through the biggest new technologies Earthbound civilization could still build in the next 150 years.

Unteachable Courses’ 12th offering, Moonshot 2169, begins where energy and materials meet: fusion power that runs like a plant (not a stunt), room-temperature superconductors that could remake grids, motors, and maglev, and ultra-dense energy storage that makes electrification practical from cars to container ports. From there we go industrial-scale on climate: gigaton carbon capture and permanent storage, global desalination as a water utility, and active climate intervention that treats the atmosphere like an engineered system. You also get the sensing layer that makes any of this controllable: satellites, ocean floats, and planet-wide sensor networks that turn “the environment” into real-time data.

Next comes intelligence and fabrication. We track the leap from today’s AI to systems that can plan, use tools, and discover: artificial general intelligence, autonomous laboratories that run thousands of experiments, and the hardware that powers it all, from post-silicon chips to quantum computers. On the biological frontier we move past replacement parts toward manufacturing life: reversal of aging, on-demand organ building with scaffolds, vascular plumbing, and patient-matched cells, safe heritable gene editing, programmable immune therapies, synthetic cells, and regeneration that restores function.

Finally we zoom out to civilization-scale build tools: molecular manufacturing, programmable matter, ultra-strong ultra-light materials, and total recycling loops. The course closes off-Earth: orbital factories, asteroid resources, permanent settlements, and space-based solar power beamed to Earth.

Syllabus:

Lecture 1: Fusion Power

Lecture 2: Room-Temperature Superconductors

Lecture 3: Ultra-Dense Energy Storage

Lecture 4: Gigaton-Scale Carbon Capture / Reversing Global Warming

Lecture 5: Controlling The Weather / Active Climate Intervention

Lecture 6: Unlimited Fresh Water Supply / Global-Scale Desalination

Lecture 7: Smart Earth / Planet-Wide Environmental Sensing Network

Lecture 8: Artificial General Intelligence Systems

Lecture 9: Autonomous Scientific Discovery Engines

Lecture 10: Post-Silicon & Quantum Compute Hardware

Lecture 11: Reversal of Biological Aging