AI, technology, education, and ideas about what comes next.
AI may not merely create artificial intelligence. It may create an economy in which human intelligence itself becomes scalable—through Mind Books, cognitive access, attribution and royalties.
AI may overcome ignorance, technology, and practical obstacles—but can it transcend the laws of physical reality? Explore the physics and resource bounds on superintelligence.
AI may become smarter than humans without automatically becoming more powerful. Explore the 20-watt brain, 8 billion minds, autonomy, ownership and control.
A concise thought experiment exploring whether intelligence could be a deeper possibility of physical reality—and whether biological life is only one route to it.
A concise exploration of how technology might move beyond Nature’s familiar building blocks toward deliberately designed physical architectures, AI-assisted materials and a future matter compiler.
Superintelligence can optimize extraordinarily well, but it still operates inside a feasible domain defined by physics, resources, information, time and other constraints. The domain defines the function.
A podcast on AI, cognitive blind spots, raw intelligence and the risk that abundant machine intelligence changes how humans think.
AI is separating expertise from execution. As AI becomes the execution layer across domains, human value may increasingly lie in structural sense, judgment, evaluation, and knowing what should be made.
AI’s breadth makes it powerful at exploration, but human expertise can be better at narrow execution. The future may be AI that knows when to explore—and when to stay in the box.
Nature gave us atoms and brains, but technology does not have to copy Nature’s architecture. What if future civilization learns to design new quantum building blocks, programmable matter and distributed intelligence from the fundamental rules of physics?