New devices can be inkjet-printed, and have a color that changes based on the shape.

New process works at relatively low temperatures and reaches highest resolution for use in optics.

Researchers harness the robustness of topological edge states to manipulate light transport.

Process achieved in graphene-based materials has great potential for communication technologies.

New method uses the NIR invisibility windows of materials to print at a depth of over 5 centimeters.

An entirely new polymer material made from sulfur and cyclopentadiene.

A promising way to a new class of more sustainable high-performance titanium alloys.

Double quantum dots with a nearly perfect electron-hole-symmetry for a robust read-out mechanism.