Researchers at Brigham Young University have discovered a new class of origami patterns called bloom patterns, which resemble ...

Imagine being able to print a medical sensor or an agricultural device right where you need it—whether in a hospital, a farm, ...

In the present times, origami-inspired three-dimensional (3D) devices are being developed, where a single sheet of material is folded into small devices. These devices are being developed for medical ...

Researchers have folded their way into a groundbreaking new family of origami patterns. Dubbed bloom patterns, because they resemble flowers as they unfold, the new class of origami shapes holds great ...

Why is Christian Science in our name? Our name is about honesty. The Monitor is owned by The First Church of Christ, Scientist, and we’ve always been transparent about that. The church publishes the ...

Scientists are exploring a new class of origami structures that could help design and build different shapes for use in space. These structures are expected to be even more compact and reliable.

Bloom-patterned origami created by Brigham Young University student Kelvin Wang are pictured. One could ascertain that most origami patterns have been discovered because it has been an art form for ...

A new family of origami shapes that unfold like flower petals could be used to design more effective structures in space, like telescopes or solar panels. Origami structures, based on the Japanese ...

Bloom patterns could be useful, as engineers build folding structures to send to outer space. They’re also very pretty. Researchers have now found a new class of origami that they call bloom patterns, ...

BYU Engineering is well known for origami-inspired research and innovations, including foldable antenna systems used in space. Recently, an undergraduate student made a significant discovery—a new ...

Professor Uehara from JAIST works at the intersection of theoretical computer science, discrete mathematics, and the art of solving puzzles. His research strives to understand the computational ...