By leveraging DNA origami, researchers can engineer these nanobots to respond to specific biological cues, guaranteeing that ...

Researchers use DNA origami to create programmable nanostructures, enabling drug delivery, adaptive materials, and more.

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

Motivated by this concept, we present CLARI, an insect-scale 2.59g quadrupedal robot capable of body deformation with tethered electrical connections for power and control and manufactured using ...

This essentially makes these structures into a self-assembling type of origami by designing ... for rapid prototyping, and to make it easy for everything from robots to satellites to self-assemble ...

Scientists at the University of Sydney Nano Institute have made an exciting breakthrough in nanotechnology by using DNA—the ...

Nanoscale robots can be programmed to walk a DNA origami track. Tiny ... Seeman hopes to scale up production of the assembly line and make it repeatable, so that it can be used to make useful ...

Although much of this is still firmly in the realm of science-fiction, researchers at Stanford published work last year on an origami-based type of robots, controlled using an external magnetic field.