Many industrial products—from car bumpers to aerospace panels and medical implants—owe their performance to lightweight, cellular materials. These hard-working synthetics are engineered to meet specific functionality goals, but too often, defects introduced during the fabrication process can lead to subpar performance or even catastrophic failure.
Questions to inspire discussion.
📈 Q: What is the potential annual production capacity for Cybercabs at full speed? A: At full speed with multiple production lines, Tesla’s Cybercab production could reach 2 million vehicles per year.
Tesla’s FSD and Autonomous Driving.
🧠 Q: When is FSD14 expected to be released? A: FSD14 is anticipated to be released in September 2025.
🚗 Q: What capability will FSD14 enable for Tesla vehicles? A: FSD14 will enable unsupervised robo taxi operation for Tesla vehicles.
💼 Q: How might Tesla’s FSD subscription model change? A: Tesla’s FSD subscription could become mandatory for new vehicle purchases.
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This is the full version of Jan Jekielek’s interview with Max Tegmark. The interview was originally released on Epoch TV on June 3, 2025.
Few people understand artificial intelligence and machine learning as well as MIT physics professor Max Tegmark. Founder of the Future of Life Institute, he is the author of “Life 3.0: Being Human in the Age of Artificial Intelligence.”
“The painful truth that’s really beginning to sink in is that we’re much closer to figuring out how to build this stuff than we are figuring out how to control it,” he says.
Where is the U.S.–China AI race headed? How close are we to science fiction-type scenarios where an uncontrollable superintelligent AI can wreak major havoc on humanity? Are concerns overblown? How do we prevent such scenarios?
CHAPTER TITLES
This is the future of AI and robots. Take a journey into the future and explore the possibilities and predictions of AI humanoid robots. This timelapse of the future explores robots that move faster than humans can see, humanoids and teslabots with human skin faces (biobots), and the building of an artificial super intelligence that walks among humans.
Game parks allow humans in their homes to control humanoids in hybrid digital real world games.
Humanoids are able to self-transfer their entire minds into digital backup worlds and into other physical machines.
Hives of humanoids link their computational power into a single super-intelligence while maintaining individual bodies. They are building a super intelligence. More intelligent than the collective. An intelligence that lives in the digital world… and the real.
Encyclopedia of the Future entries: Android Majority, Machine Mirror Point, Digital Twin Simulation, Cyborgology.
Personal inspiration in creating this video comes from: Westworld TV show, and the Ex Machina movie.
Questions to inspire discussion.
🤖 Q: How will Tesla’s CyberCab production differ from traditional assembly? A: CyberCab production will be unboxed with Tesla bots, not humans, using four major pieces that snap together like Lego, making it faster and more efficient.
🚕 Q: What is Tesla’s approach to building its robotaxi network? A: Tesla plans an Airbnb-style network using existing cars and fast-built CyberCabs to reach 1 million robotaxis and $50 billion EBITDA within 1–2 years after launch.
🌆 Q: How might the robotaxi network impact urban landscapes? A: The network could make transportation cheaper for everyone, especially older people and non-drivers, potentially transforming cityscapes and encouraging suburban expansion.
Financial Targets.
💰 Q: What are the market cap milestones in Tesla’s compensation plan? A: The plan requires reaching a $2 trillion market cap initially, with subsequent milestones up to $8.5 trillion, requiring sequential achievement.
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