🇺🇸 Abigail Stein

The Allergy Spoon began as an observation rather than an experiment. Abigail watched friends with food allergies navigate lunch as a daily exercise in low-grade fear — reading labels, asking questions, guessing. The technology to identify an allergen in a plate of food was not the missing piece. Accessibility was. "I entered the 3M Young Scientist Challenge because I believe that science shouldn't just stay in a lab — it should solve the everyday problems that kids actually face," she wrote in her competition profile. "Watching friends with food allergies live with constant stress at the lunch table made me realize that even though the technology to detect allergens exists, it isn't accessible or easy for a student to use."

Her design premise is deliberately unglamorous: put the sensing where the food already goes. A spoon needs no charging ritual, no app, no explanation to a substitute teacher. It changes colour or it does not. The judging panel — 3M scientists and educators from across the country — assessed entries on creativity, scientific knowledge and communication effectiveness, and her one-to-two-minute entry video had to carry all three. Her framing of the problem was as much a part of the pitch as the chemistry.

Asked to name her favourite invention of the last hundred years, she chose the Band-Aid, and the answer doubles as a design manifesto. "It is just so simple that we almost forget it is an 'invention' at all. Yet it revolutionized life for kids. Before Band-Aids, if you got a little cut, it was a big deal. This invention took the science of a hospital bandage and made it simple and child-friendly. I love this invention because it is a 'quiet' hero. It does not need batteries or a screen to make a child feel secure. And this is exactly what I want to do with my Allergy Spoon: make a big, scary problem better with one simple tool."

Food allergy is not a marginal problem to design around. It affects a substantial minority of school-age children in the United States, accidental exposure is the ordinary mechanism of harm, and the burden of vigilance falls almost entirely on the child and the family. The engineering challenge in a device like Abigail's is real: sensing chemistry must be fast, must work in a messy real-world matrix of hot food and mixed ingredients, must not produce false reassurance, and must survive being a spoon. Those are the questions a national finalist is expected to spend a summer on.

That summer is structured. Each of the ten 2026 finalists is paired with a 3M scientist for an exclusive mentorship running through the summer months, intended to advance the solution from concept toward something testable. Abigail's mentor is Kolby White, an Advanced Product Development Specialist in 3M's Industrial Adhesives and Tapes Division, who leads innovation in liquid adhesive technologies for the Electronics Bonding team and holds a PhD in chemistry from the Massachusetts Institute of Technology — a materials chemist paired with a materials problem.

The competition resolves on 12–13 October 2026, when all ten finalists gather at the 3M Innovation Center in St. Paul, Minnesota, for a series of live challenges, a final presentation and questioning by a judging panel. One will receive $25,000 and the title of America's Top Young Scientist. The lineage is worth noting: Gitanjali Rao, a former winner, became TIME's first-ever Kid of the Year in 2020; Heman Bekele held the same title in 2024. Abigail's own stated ambition points elsewhere entirely — asked where she hopes to be in fifteen years, she answered: the military, or law school.