
If fusion finally works: how fast it would change everything, and why it keeps slipping
Cheap, clean, near-limitless energy would transform civilization — so trace what actually changes and how quickly, and unpack why practical fusion has stayed 'thirty years away' for so long.
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Expert predictions for fusion energy have dropped from twenty-eight years to under eighteen years.
Commercial fusion requires firing lasers ten times per second instead of three times per day.
The National Ignition Facility used three hundred megajoules of grid power to produce three megajoules.
Helion is developing direct energy conversion to capture electricity without using traditional steam turbines.
Fusion plants must breed their own tritium fuel using lithium blankets to remain self-sustaining.
Microsoft signed a fifty megawatt power purchase agreement with Helion for the year twenty twenty-nine.
- 01Intro1 min
- 02The Moving Goalpost: Why 30 Years Never Ends2 min
- 03The Physics vs. The Engineering: Q-Scientific vs. Q-Engineering3 min
- 04The Material Wall: Surviving the Star3 min
- 05The Post-Scarcity Civilization2 min
- 06Outro1 min
- Why Is Fusion Energy Always '10 Years Away'?
- Podcast: Fusion stumped us for a century. Can it fuel the future?
- Inside the race to power AI data centers with fusion energy — and the surprise detours along the way – GeekWire
- What If Fusion Takes 50 Years, Not 10? The Delay Analysis
- What If Humanity Never Masters Fusion?
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- Why We Still Don't Have Fusion Power (2026)
- Nuclear Fusion Startup Becomes First Company To Convert Plasma Kinetic Energy Directly Into Useful Electricity | IFLScience
- The Tokamak Problem: Can We Ever Make Fusion Practical? - Science & Futurism with Isaac Arthur - Podcast Episode - Podscan.fm
- Fusion Investment Pattern: 70 Years of 20-Years-Away
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- Toward Commercial Fusion Energy: Considerations for Congress
- Fusion Science and Technology Roadmap
- Fusion Science and Technology Roadmap
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