Collaborate Disseminate
You may not think much of origami or its cousin-with-cutouts kirigami, but the latter could (and already is) helping to save the planet. But let’s back up a bit. Most …read more Continue reading Saving the Planet with Carefully Cut Paper
Ordinarily, adhesive tape either boasts a strong hold or is easy to remove. Drawing inspiration from an ancient paper-cutting technique, however, scientists have now devised a method of combining both qualities in existing types of tape.Continue Readin… Continue reading Ancient tech boosts tape’s adhesive strength, but leaves it easy to peel
Researchers at the University of Pennsylvania have just published a paper on creating modular tubular origami machines which they call “Kinegami”, a portmanteau of “kinematic” and “origami”. The idea behind …read more Continue reading Ply Your Craft With Tubular Origami
Traditionally, when it comes to high-tech self-assembling microscopic structures for use in medicine delivery, and refined, delicate grippers for robotics, there’s been a dearth of effective, economical options. While some …read more Continue reading Bringing The Art Of Origami And Kirigami To Robotics And Medical Technology
Most robotic grippers work by applying pressure to an object from either side – it’s an approach which could damage delicate items. A new gripper gets around that problem, however, thanks to an ancient Japanese art form.Continue ReadingCategory: Good T… Continue reading Kirigami-inspired gripper lifts fragile objects without breaking them
There is a lot engineers can learn from Japanese paper folding art forms, from cheap batteries made from paper and water to tiny robots that are activated by heat. While origami gets a lot of the attention, a variation of this called kirigami also has … Continue reading Paper-folding art reduced to the nanoscale in engineering breakthrough
By turning to the paper-based art form of kirigami for inspiration, a team of Harvard researchers has developed a system for programmable balloons that can take on all kinds of “crazy” shapes when inflated. More than just a vehicle to produce impressiv… Continue reading Harvard’s programmable kirigami balloons inflate into “crazy” shapes
A couple of years ago, Harvard University scientists copied the structure of snake skin to create a soft-bodied robot that gripped the ground as it moved. Now, they’ve applied that same thinking to shoe grips that could help keep seniors from falling.C… Continue reading Snake skin-inspired shoe grips designed to save seniors
A couple of years ago, Harvard University scientists copied the structure of snake skin to create a soft-bodied robot that gripped the ground as it moved. Now, they’ve applied that same thinking to shoe grips that could help keep seniors from falling.C… Continue reading Snake skin-inspired shoe grips designed to save seniors