Physics
Origami research takes top prize at 2026 Regeneron ISEF competition
The top three winners each won at least $80,000. Other teen finalists shared in more than $7 million in prizes at this international science fair.
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The top three winners each won at least $80,000. Other teen finalists shared in more than $7 million in prizes at this international science fair.
The numbers of petals painted on 8,000-year-old pottery showed a distinct numerical pattern.
When objects shatter, the pieces come in many sizes. This simple theory now explains why the fragment size distribution is almost always the same.
Their quirky history could help us better appreciate math as a living language — one whose symbols evolved over centuries.
Think of this math function as just another way to solve equations involving exponents.
Over the last 50 years, fractals have challenged ideas about geometry and pushed math, science and technology into unexpected areas.
When you're the size of a grain of sand, flying through air is like swimming through a syrup. Bristled wings help the tiniest insects manage this.
Scientists thought they knew what was behind rose petals’ geometry. They were wrong.
These two research approaches collect different forms of data. Both help scientists unlock secrets and build knowledge.