Maye Musk didn’t inherit a soft life. She built one.
Toxic marriage. Abusive husband. One day she grabbed her three kids and ran. Mortgage. Empty savings. One-bedroom in San Francisco that shrank to a studio because the bills won. Stomach in knots every time money came up.
Then she reinvented. Dietitian. Model. Author. At 50 she finally owned a place free and clear. In her 70s she went gray on purpose, her agent said she’d never work again, and she landed Sports Illustrated.
Elon was the kid who only cared about math and science and kept saying impossible things out loud. Rockets. Satellites. She didn’t raise a trust fund. She raised grit.
Her book’s called Timeless for a reason. Biggest chapters don’t have an age limit.
No matter how many times I hear it, I'm still blown away by her voice. She possessed one of the finest singing voices in music history.
Can you name this song? 🤔
Elon Musk joined the All-In Summit virtually today from Memphis.
He discussed the urgent need for rival AI companies to test each other’s models, Starship’s next flights and reusability, the Tesla-SpaceX Terafab & the Roadster reveal coming October 1.
Elon Musk explains why Terafab must be built and gives an update on the Tesla and SpaceX R&D chip fab in Austin:
“For some reason, at some point, chips may not continue coming here from Taiwan. That would really make things difficult if we didn’t have any chips. That’s an important reason to have Terafab. There needs to be certainty of future supply of chips, even if things become challenging geopolitically.”
“Long term, there’s a scaling challenge. If you want to really scale AI, both at the servers and for edge compute, humanoid robotics and cars, you kind of run out of capacity with the existing fabs. All the fabs are running at max capacity. It’s either build Terafab or fail to scale. Those are the two options.”
“There’s an R&D fab that we’re building in Austin. That’s a collaboration between Tesla and SpaceX. We have all the equipment on order. I think we’ll probably be able to make something useful by the end of next year. It really is crawl, walk, run. The first step is, can we make anything? Then make useful chips at scale. And then run would be, now let’s make them at massive scale.”