Mark Rober spent years trying to land a rover on Mars. Now, the former NASA engineer turned science YouTuber with millions of subscribers is launching a new mission: to teach the next generation of big problem solvers. That's why he's spending 60 million dollars to build a STEM curriculum kids actually want. With squirrel obstacle courses, giant lasers and elephant toothpaste explosions, who wouldn't want to learn from YouTube's top engineer?

My $60 million science experiment

Education thrives when students feel wonder, not boredom, especially in a world shaped by YouTube and viral experiments. Exploding liquid nitrogen bottles and glitter bomb traps aren’t just entertainment; they anchor key scientific principles in unforgettable moments. A new $60 million curriculum aims to give every teacher free, hands-on resources that turn classrooms into labs of excitement. When curiosity leads, attention follows, and lasting understanding takes root.

Science Comes Alive When Learning Sparks Real-World Curiosity

Making science unforgettable means sparking curiosity through dramatic experiments, not dry equations. A two-liter bottle filled with liquid nitrogen and ping-pong balls can reveal the physics behind cannons and Nerf dart launches, igniting awe. When students witness pressure in action or see a glitter bomb surprise, abstract concepts become real and sticky. Now, a $60 million science curriculum aims to make hands-on, joyful learning free for every teacher.

Science Gets Exciting When Curiosity Explodes in the Classroom

The key to sparking real learning is capturing attention with unforgettable experiences, like exploding liquid nitrogen bottles or a glitter bomb for package thieves. Hands-on experiments and surprising stories make science irresistible, helping students remember and care about what they learn. A new $60 million science curriculum aims to arm teachers with free, high-energy lessons that combine wild demonstrations and practical resources. When learning feels like magic, young minds stay open to big ideas and future problem solving.

Explosive Fun Reignites Curiosity in Science Education