"Optogenomics" could one day offer the ability to manipulate our genomes, potentially upending treatment for cancer and other diseases.

New technology could boost the efficiency of solar power systems by converting waste heat into light.

"In a single day, on a regular computer, we were able to study more different kinds of particles than have been reported in the last decade."

A new way to inject nanoparticles using a kind of EpiPen could offer treatment for spinal cord injuries and various other inflammatory diseases.

Making graphene nanomaterials with bacteria is easier, faster, and cheaper than current methods, and could pave the way for the electronics of the future.

A new way to make a surface 'superhydrophobic' could be useful in medical applications such as blood repellant and devices that clean themselves.

Double-layer stacks of graphene show off some new quantum physics scientists haven't observed before.

"…water scarcity is a daily reality for about half of the world's people, and efficient solar distillation could change that."

A future home diagnostics system would center on your smartphone and its flashlight.

New antennas made of carbon nanotube films could be suitable for 5G networks, drones, and the future "Internet of Things."