@AYi_AInotes: Seeing this guy turn 174 pages of high school physics notes straight into an interactive website, my first thought was: dads in China finally won’t be driven to pounding the table while helping their kids with physics, haha. Meow has seen right through the old education system’s fatal flaw. The era of thirty kids sitting in a classroom memorizing formulas by rote is over. You could say traditional exam-oriented education has been dealt a down…

When I saw this guy turn 174 pages of high school physics notes straight into an interactive website, my first thought was: Chinese dads can finally stop being driven to bang on the table while helping their kids with physics, hahaha. Holy meow, he’s completely nailed the fatal flaw in the old education system. The era of thirty kids sitting in a classroom memorizing formulas is over. You could call this a landmark moment in the dismantling of traditional exam-driven education by something in a whole different league. Using AI to build tools for your own children—that’s the educational advantage available today that changes the entire game. He hasn’t put together yet another question bank for rote memorization and endless drills, nor has he scanned a textbook into a PDF and dumped it online. He’s used code to turn all those rigid, static diagrams in mechanics, electricity, and magnetism into three-dimensional toys where you can adjust parameters, watch force animations in real time, and get interactive feedback. Parents know better than anyone how painful learning physics used to be for their kids: Thirty children sitting in a classroom, listening as a teacher crams formulas into their heads at the same pace, using the same blackboard drawings; When faced with abstract electromagnetic fields and circular motion, kids can’t build a physical model in their minds, so all they can do is grind through endless problems and memorize everything, wearing their curiosity away on sheets of scratch paper. Now, with AI orchestration, an ordinary student can turn a thick stack of boring notes into dynamic, interactive software that’s more intuitive than even a top school’s laboratory. With a gentle tug of a slider, the radius and velocity in the centripetal force formula immediately come alive as trajectories on the screen. Anything you don’t understand can be simulated in real time. Abstract concepts that traditional schools spend several semesters explaining over and over without getting through can click at an intuitive level after a child spends ten minutes playing with an interactive tool. The most radical part is how completely it dismantles the model of education at home. When AI can automatically generate complete courses, adaptive tests, and even a hundred different styles of explanatory models based on a child’s pace, children simply don’t need to spend the best years of their lives welded to a physics classroom where thirty students all move in lockstep. There’s actually an extremely harsh, counterintuitive truth here: In the age of industrialized education, schools churned out competent test-taking machines on an assembly line; Today, when anyone can use AI to whip up interactive learning materials, the very best education means reclaiming all those hours once spent passively listening to lectures and taking children out to explore the real world, read, and broaden their horizons. Smart parents have already grasped the greatest opportunity this era offers: Stop competing over those rigid textbooks and tutoring classes. What will create the biggest gaps in the future is whether parents dare to use AI to build personalized learning tools for their children, turning once-cold knowledge into digital building blocks they can actually play with. https://x.com/nathan_liow/status/2115872171226718427/video/1…