Elon Musk interview with Ron Baron... key points IMO Musk reflects the characteristics of Ford, Edison and Jobs... - Pace of technological progress depends on the speed and quality of iterations. - Musk lives on-site in an Airstream near construction sites to accelerate decision-making. - Walks entire facilities two to five times daily. - Personally undertakes physical work to understand employees' challenges and identify improvements. - Autonomy and fast decision-making are essential for innovation. - Building AI data centres at scale is extraordinarily difficult. - Shortage of skilled workers capable of delivering large-scale data-centre projects. - SpaceX and Tesla are among the world's best companies at physical engineering and construction. - Digital superintelligence could increase global economic output by 20–30%, or approximately US$25 trillion, excluding robotics. - AI could double white-collar productivity. - Humanoid robots could be at least five times as productive as humans. - Humanoid robot manufacturing costs could decline from ~US$30,000 to ~US$20,000. - Expects community backlash against data centres to wane as economic benefits become apparent. - Communities benefiting from SpaceX developments are experiencing booming local businesses and wages reaching twice previous levels. - US electricity consumption averages approximately 500 GW. Believes AI computing demand could eventually require 200–1,000 GW of new capacity annually. - Terrestrial power availability could constrain AI infrastructure development. - Computing infrastructure may need to move into space to achieve the required scale. - Terafab aims to produce 1 terawatt of AI chips annually, compared with an estimated 20–25 GW of global production in 2026. - Aims to reduce chip design-to-test iteration cycles from approximately one year to one month. - Starship could reduce the cost of accessing space by a factor of 100 or more. - Predicts that within two to three years, the cost of launching a tonne into orbit could be less than the cost of air freight from California to Australia. - Space-based AI computing could become significantly cheaper than terrestrial computing. - Expects the first space-based AI computers to launch in Q3 2027. - Breakthrough innovation requires challenging conventional assumptions and focusing on what physics permits. - Starship's uncrewed testing enables faster iteration and greater risk-taking than the Space Shuttle. - Rapid experimentation and accepting failure are essential to achieving fully reusable spacecraft. Agentic AI internet traffic could be 1,000 times greater than human traffic within five years, potentially an underestimate.