The self-powered machine kills dangerous bacteria with an electric field.
These fine filaments can funnel light from fluorescent nanoparticles, acting just like a teeny optical fiber.
The experimental technique could help reveal the fundamental chemistry in photosynthesis and photovoltaic materials.
Researchers have embedded gold particles in soft films that dissipate light energy at the surface of the eye and could have future medical uses.
Research innovation brings Shrinky Dink-like method to the nanoscale.
The revolutionary discovery allowed engineers to build cheaper hard drives with higher storage capacity.
New fabrication technique using porous graphene may result in cheaper and better capacitors in the future.
The operating principles of ordinary magnetic stirrers may help create better microfluidic pumps for applications ranging from inkjet printing to drug delivery.
Before learning what can be done with graphene, we need to know what can be done to graphene.
Researchers produce smallest known radio frequency identification tags.
Nanostructure similar to moth eyes could help cut reflections on smartphone screens.
A new study suggests certain nanoparticles could help salt-stressed plants grow, but the overall picture remains complicated.