Origami, the Ancient Art Form Solving Modern Problems | Miles Wu | TED

Overview

14-year-old Miles Wu shares his passion for origami, illustrating how this ancient art form can spark creativity, help communities, and inspire scientific innovation. From folding Christmas ornaments to designing structures with groundbreaking strength-to-weight ratios, Wu demonstrates the transformative potential of a single piece of paper.

Notable Quotes

- It’s this process of turning ‘nothing’ into something that sparks my imagination and draws me to origami. – Miles Wu, on the creative allure of origami.

- The strongest pattern held almost 200 pounds, and another lighter version held more than 10,000 times its own weight. – Miles Wu, on the astonishing strength of his Miura-ori designs.

- I was really shocked to receive such a big prize for simply playing with paper. – Miles Wu, reflecting on his national STEM competition win.

🖐️ Discovering the Joy of Origami

- Miles Wu began folding origami at age seven, starting with Christmas ornaments and playful creations like ninja stars and paper claws.

- His passion for transforming everyday scraps of paper into intricate designs grew, leading him to create complex models like centipedes from CVS receipts and lizards from newspapers.

- Wu describes origami as a medium that stretches his creativity and fuels his imagination.

🕊️ Origami as a Tool for Community Impact

- During the pandemic, Wu sent origami birds and handwritten cards to nursing home residents to lift their spirits.

- He later folded 200 pigeons and 100 sparrows, selling them to raise over $4,000 for a local soup kitchen and a bird rehabilitation nonprofit.

- Wu highlights how even a simple material like paper can make a meaningful difference in people’s lives.

🚀 Origami Meets Science and Engineering

- Wu became fascinated by the Miura-ori fold, a tessellation pattern invented by astrophysicist Koryo Miura, known for its compact and deployable structure.

- Inspired by its use in space technology, Wu explored how Miura-ori could improve emergency shelters by optimizing strength-to-weight ratios.

📐 Experimenting with Miura-ori Patterns

- For his eighth-grade science fair, Wu designed and tested 18 folding patterns across three paper weights, conducting 108 experiments in total.

- His findings revealed that smaller, less acutely angled panels made from lightweight paper achieved the highest strength-to-weight ratios.

- One pattern held nearly 200 pounds, while another supported over 10,000 times its own weight, showcasing the structural potential of origami.

🏆 Recognition and Future Aspirations

- Wu’s innovative work earned him the top prize at a national STEM competition, a moment he describes as both surprising and rewarding.

- Looking ahead, he plans to continue exploring the possibilities of origami, blending creativity with science to uncover new applications for this ancient art form.