When it comes to origami, the type of paper you choose is just as important as the folding techniques themselves. Imagine trying to craft an intricate, delicate model with paper that’s too thick or too brittle—it’s like ..read more

TECTI (cubes with tectonic moves) isn't just another building block set gathering dust in the toy box. It's a kinetic marvel that brings the principles of rigid origami to life in your living room. But what exactly is rigid origami, and ..read more

Welcome, fellow origami enthusiasts and tech aficionados! It’s time to crease, fold, and unfold the marvels of modern smartphone engineering. In 2024, foldable phones have transformed from quirky concepts to pocket-sized powerhouses, proving that sometimes, the best things in life do come in folding packages. As we explore these technological origami wonders, remember: just as ..read more

Remember the last time you folded a paper airplane? Little did you know, you were tapping into a world of scientific potential. Welcome to the fascinating realm where origami — yes, the art of paper folding — is ..read more

In the heart of Medina, Saudi Arabia, a remarkable feat of engineering and design has forever transformed the experience of millions of devout pilgrims who visit the Al-Masjid an-Nabawi, the Prophet's Mosque. Towering ..read more

In a universe that often seems chaotic and devoid of inherent meaning, humans continually seek ways to create purpose and understanding. Enter origami, the ancient Japanese art of paper folding. Far from being a mere ..read more

Imagine holding the entire microscopic world in the palm of your hand, all thanks to a few clever folds. This isn't a fantasy from a sci-fi novel—it's the reality of the Foldscope, an ingenious creation that marries the ancient art ..read more

Featured image: Lacrymaria olor. Picturepest, CC BY 2.0, via Wikimedia Commons Key Takeaways Lacrymaria olor can extend its “neck” up to 30 times its body length in seconds. The organism uses a curved-crease origami mechanism for its remarkable shape-shifting ability. This discovery bridges biology, physics, and engineering, showcasing nature’s elegant solutions. “Lacrigami” could inspire innovations in medical microrobots, soft robotics, and smart materials. Curiosity-driven research can lead to unexpected breakthroughs with far-reaching implications. In the microscopic realm, a single-cel ..read more

Featured image: Concert Hall at the Culture Palace of Tel Aviv. Etan J. Tal, CC BY-SA 3.0, via Wikimedia Commons. Key Takeaways Origami principles are revolutionizing acoustic engineering by enabling adaptable, efficient sound control solutions. Origami-inspired designs increase surface area and create tunable structures, enhancing sound absorption and directional control. Real-world applications range from shapeshifting highway barriers to reconfigurable concert hall acoustics. Challenges include material limitations and manufacturing complexity, but ongoing research is addressing these issu ..read more

Key Takeaways The myth that paper can’t be folded more than 7 times was thoroughly debunked by creative thinkers like Britney Gallivan. Using extremely long papers and mathematical modeling, pioneers showed the “7 fold limit” was simply a matter of scale, not a true physical barrier. Shattering assumed limitations through ingenuity gives us all permission to be more innovative in tackling our own “impossible” problems. Exponential barriers are simply challenges waiting to be overcome by novel thinking and approaches. The human drive to crumple up dusty assumptions and find out “how far can we ..read more