Carl Wieman

Carl Wieman achieved one of modern physics' holy grails: in 1995, he and his team used lasers and magnetic fields to coax rubidium atoms into a bizarre, collective state of matter predicted by Einstein and Bose decades earlier. This creation of the first true Bose-Einstein condensate earned him a Nobel Prize. But Wieman's story didn't end there. Possessed by a question many laureates never ask—'Why are so few students learning this effectively?'—he launched a second, arguably more impactful career in science education. Applying the same data-driven scrutiny he used in his lab, he demonstrated that traditional lecture methods are largely ineffective. He became a forceful advocate for active, inquiry-based learning, developing digital simulations and training thousands of faculty to teach differently. Holding joint appointments in physics and education at Stanford, Wieman works to dismantle the very pedagogical traditions he once experienced, arguing that teaching science isn't about transferring information, but about training brains to think like scientists.