The State of AI: Humanoid Robots, AI Copyright Wars & China’s Growing Influence w/ Salim Ismail #157

In this talk

1. 2:38

   Humanoid robots move toward scale

   Diamandis describes Figure AI’s new factory, designed to make 12,000 robots a year with plans to scale to 100,000. Ismail points to the company’s rapid development, while Diamandis says shared learning could let one robot’s new skill spread across a fleet. They discuss an expected drop in per-robot costs from under $100,000 to under $20,000 at volume.

2. 6:29

   AI, China, and copyright

   The hosts debate whether DeepSeek serves Chinese state interests and whether U.S. companies are invoking national competition to limit rivals. Diamandis argues for international cooperation on AI safety, including a global meeting to establish shared rules. On copyright, Ismail says current protections have strayed from their original purpose and suggests compensating creators; he describes PAPR AI’s proposed system for tracing model outputs to sources and allocating payments.

3. 13:27

   AI in health and education

   Ismail highlights AI-assisted research into a peptide intended to support weight loss with fewer side effects, and both hosts share examples of AI flagging possible diagnoses in medical records. They also discuss Estonia and Beijing introducing AI instruction in schools. Ismail argues that students could use AI to tackle harder projects, while teachers shift toward mentoring and collaborative problem-solving.

4. 25:12

   Physical AI and superintelligence

   The hosts discuss Google’s Gemini robotics model as a software layer that could help AI interact with different robotic systems. They also consider Ilya Sutskever’s new superintelligence venture, while questioning what the term means and how such systems can be kept safe. Ismail describes two possible outcomes for powerful AI: destabilization or a force that helps maintain stability.

5. 37:17

   Abundance Summit examples

   Diamandis recaps summit discussions on robotaxis, AI investing, and younger founders, including a reported shift in the average age of AI startup founders toward their early twenties. He describes Science’s biohybrid brain-computer interface concept, which uses neural stem cells connected to electronics. Other demonstrations included HeyGen avatars that can speak multiple languages, Wing drone deliveries, and Google’s 3D telepresence system Starline.