Moonshots with Peter Diamandis

Snapshot · Moonshots with Peter Diamandis

The AI Duopoly Is Over: Grok 4. 5 , GPT-5 . 6 , and Muse Spark in One Week | #270

Explore episode Jul 13, 2026

Where this was said

China's First Orbital Booster Landing: The Heavy Launch Monopoly Cracks

At 49:20 · chapter starts 48:20

Peter shows footage of China's Long March 10B landing — slightly shorter and substantially wider than a Falcon 9 but comparable in payload capacity. It's the first time any non-American launch vehicle has demonstrated propulsive recovery of an orbital booster. Against SpaceX's 580 total Falcon 9 reflights and Booster 1067's 36th mission completed just a day earlier, China is years behind. But Alex Wissner-Gross argues this is exactly the development the world needs: a healthy challenge to SpaceX's heavy launch monopoly. Without multiple providers of reusable heavy lift, colonizing and industrializing the solar system will remain economically unviable. Peter notes that Jared Isaacman — the NASA Administrator and longtime Diamandis acquaintance — will appear on the podcast in coming weeks, and that China's space competition is ultimately what keeps Congress funding NASA.

Science
China Lands Its First Orbital Booster — The Heavy Launch Monopoly Is Ending

The AI Duopoly Is Over: Grok 4. 5 , GPT-5 . 6 , and Muse Sp… · Jul 13, 2026 Science

China just demonstrated the propulsive landing of an orbital booster for the first time — a milestone SpaceX reached years ago but that no other nation had managed. Against SpaceX's 580 total reflights and a single booster flown 36 times, China is years behind. But the monopoly on reusable heavy launch is now cracking.

Technology
The 1X Neo Hand: 25 Degrees of Freedom, Waterproof, and Self-Aware of Grip

The AI Duopoly Is Over: Grok 4. 5 , GPT-5 . 6 , and Muse Sp… · Jul 13, 2026 Technology

The 1X Neo hand achieves 25 degrees of freedom — matching the human hand — using a proprietary tendon material that's 100 times stronger than steel per unit weight, doesn't stretch over time, and is completely frictionless inside its tubes. That means force feedback flows directly through the tendons, no fingertip cameras required.

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