Sabrina González Pasterski – the Girl Who Built a Plane as a Teenager and Later Redefined Physics? (even being cited by Stephan Hawkins!)
At 14, in a garage in Chicago, a girl was quietly doing something adults with engineering degrees rarely attempt: building a working single‑engine airplane from scratch. She documented the process, passed inspection, and then climbed into the cockpit to fly the machine she had created. She wasn’t from a family with a legacy, a famous prep school, or a well‑funded lab; she was a first‑generation Cuban‑American kid from public schools, teaching herself how to touch the sky.
Her name is Sabrina González Pasterski, and even back then she knew an unspoken rule: girls like her had to be extraordinary just to be noticed. She was extraordinary. She applied to MIT, having literally built and flown her own plane, and was still waitlisted. For a teenager who had poured everything into that dream, “not yet” felt dangerously close to “not you.”
Then her airplane video landed in front of two MIT professors, Allen Haggerty and Earll Murman. They watched a teenager rivet, wire, test, and fly her own aircraft, and reportedly their jaws dropped. One of them would later say her potential was “off the charts,” and they took her story to the people who mattered. MIT reconsidered. The girl from the Chicago public schools walked onto one of the most competitive campuses in the world not as a legacy, but as a force.
At MIT, she did more than keep up. She redefined what it meant to excel. She finished her physics degree in three years with a perfect 5.0 GPA, the highest possible score the institute awards. Apparently, she became the first woman in roughly 20 years to graduate Number One in MIT physics, and she won the prestigious Orloff Scholarship, a distinction some accounts describe her as the first woman to receive. In an environment where women and especially Latinx students remain underrepresented in STEM, her achievements were cracks in a very old ceiling.
Sabrina didn’t fit the stereotype of the timid, isolated theorist. Her early research on black holes, quantum gravity, and the strange holographic ways spacetime might encode information drew serious attention. One of her papers was cited by Stephen Hawking himself, the kind of nod young physicists dream about for an entire career. When Hawking, an icon of modern physics, points to your work, the world notices.
The world beyond academia noticed too. NASA reportedly wanted her. Jeff Bezos, through his space company Blue Origin, is said to have tried to recruit her. According to popular retellings, she turned down lucrative opportunities with a simple, cutting principle: she wanted to understand the universe, not just help make billionaires richer. Whether in a lab or a cockpit, she consistently chose the harder path that led toward fundamental discovery.
She didn’t stop at breaking barriers for herself. Sabrina began showing up in documentaries, speaking around the world, and supporting initiatives like Michelle Obama’s Let Girls Learn. She traveled to places like Cuba and Russia to talk about science, standing in front of students who rarely saw someone who looked like them at the front of a physics lecture. For girls and Latinx students peering into a field where they have long been missing, she became living proof that the door can, in fact, open.
After completing her PhD work at Harvard under leading theorist Andrew Strominger, she moved into one of the most rarefied spaces in theoretical physics: a postdoctoral fellowship at Princeton’s Center for Theoretical Science. From there, her trajectory carried her to one of the world’s premier hubs for fundamental research, the Perimeter Institute in Canada, where she is now a faculty member.
Today, Sabrina González Pasterski leads the Celestial Holography Initiative, a cutting‑edge effort that, in broad strokes, aims to help unify spacetime and quantum physics. It tackles some of the biggest open questions about how gravity, particles, and information really work at the deepest level. For most people, those questions are abstract. For Sabrina, they are a continuation of the same instinct that drove her childhood plane: to build something bold and precise enough to test reality itself.
In a world where Latinx students earn far fewer STEM degrees than their share of the population and women still hold only a minority of physics doctorates in the United States, Sabrina’s story reads almost like speculative fiction. Yet it is very real. A kid from a garage in Chicago built a plane, got into MIT, rose to the top of one of its hardest programs, earned a PhD in theoretical physics in the U.S., was cited by Hawking, and now leads frontier research on the nature of the universe. The signal is clear: the next generation of physics is arriving, and it has her name on it.
