A new way to break up particularly tough blood clots uses engineered nanodroplets and an ultrasound "drill."

A new method for creating stretchy supercapacitors could pave the way for more flexible and dynamic wearable devices, researchers report.

New research maps out a huge number of carbon nanotube colors. "Carbon, which we see as black, can appear transparent or take on any color of the rainbow."

"It's still a bit of a miracle to us.... I've worked in this field for more than 10 years and have not seen anything like this."

A new nanoparticle derived from chitin, a polymer that makes up shrimp shells, could offer a way to safely deliver anti-cancer drugs to tumor sites.

A liquid nanofoam lining filled with tiny pores could help football helmets better stand up to impacts strong enough to cause concussions.

A new method can print wearable sensors directly onto skin without heat. The sensors could help monitor stats like temperature, heart performance, and more.

Titanium dioxide crystals that "blink" may benefit quantum computers or the creation of fuels from carbon dioxide, say researchers.

Adding a graphene "wrap" to an exisitng "trap and zap" strategy does a better job and destroying antibiotic-resistant bacteria in wastewater treatment.

Nanotubes may lead to cooling clothing. "Instead of heating or cooling a whole dwelling or space, you would heat or cool the personal space..."