In theory, their design — which was largely inspired by the paper-folding art of origami — offers a more efficient way to ...

Shutterstock Origami techniques produce stiff but expandable engineering structures with potential applications across industries such as transportation, robotics and space exploration.

(2014) (PDF), a similar method to Randall et al is used, except on a much larger scale with self-assembling robots. The essential idea here is to use the concept of computational origami to create ...

An origami-inspired robot arm made with material from cotton plants and pigs biodegrades when no longer needed. Such a soft robot could be further developed to carry out medical procedures inside ...

Origami-based designs can be very compact, which is beneficial for space applications as things need to be stowed efficiently. "The product is not only the antenna; to me, the product is the ...

That's why one of the most actively researched areas of nanorobotics today involves DNA assembly, particularly a technique called DNA origami (see below for more details). Let's start with some basics ...