Some people are NOT going to like this Tesla review. 👀 My 76 year old mom has owned her Tesla Model Y for several weeks and her car just got the FSD 14.3.7 update. Today she put 14.3.7, Summon and Actually Smart Summon to the test. Just an older Tesla owner telling you what she REALLY thinks. Some of her comments surprised me. 😂 This is the kind of real-world feedback that matters for buyers, investors and Tesla employees. Watch the full review. 👇 #Tesla# #FSD# #FSD1437# #ModelY# #ActuallySmartSummon# #Autonomy# #AI# $TSLA

Model Y has outsold the Toyota RAV4 in Australia this year, 39,035 to 35,927 through October, which makes it the best-selling passenger car there. In October alone it sold 3,105, up 322% from a year ago. BYD's best model, the Sealion 7, is at 22,488. Model Y sold about 1.7 times that.

Models are still getting better fast, and an architecture that makes sense today may not in a few months. More worth remembering than any particular structure is the principle: measure first, change one thing at a time, keep what survives testing.

MODELING ONE SIMPLE ATOM WOULD TAKE A CLASSICAL COMPUTER THE SIZE OF JUPITER Why quantum computers can simulate nature and classical computers can't Infleqtion CEO Matt Kinsella says nature at the atomic level runs on quantum mechanics, and quantum mechanics is probabilistic. Classical computers have to break everything down into zeros and ones. To model how electrons come together when atoms combine into new molecules, you'd need so many zeros and ones that the computer would have to be the size of Jupiter. Quantum computers behave the way atoms do, so they can simulate that process directly. He says that's what could speed up drug discovery and the search for new materials, like better jet fuel for Starship or batteries that last years instead of days.