Wrinkled screens inspired by jellyfish skin could make your phone easier to read in bright light.

Silicon electrodes could give a massive boost to lithium-ion battery capacity.

It's now possible to quickly and easily 3D-print hair, fur, brushes and bristles - thanks to software developed at MIT's Media Lab.

Sorry sci-fi fans, nanotechnologists have hit a snag in their quest to build a working space elevator.

Materials engineers at Cornell University have developed a material that has its own internal skeleton.

Silver nanowires plus an electrical voltage equals a window that has an adjustable level of transparency.

Finnish materials researchers are working on a fabric that can be adjusted in response to the wearer's temperature to increase or decrease their comfort levels.

Engineers at Carnegie Mellon University have successfully created thin, hair-like strands of plastic, using an off-the-shelf 3D printer.

Dental researchers have developed an anti-microbial plastic that could be use to 3D-print false teeth that also kill bacteria.

The inventor of the lithium-ion battery has developed a cheap, safe cathode material that could pave the way for rechargeable sodium-ion batteries.