Electrons move at 620 miles per second.
A dye composed of carbon nanotubes minimizes light scatter and produces clearer images.
Protein fragments in bee venom, called bombolitins, are used to create ultra-sensitive sensor.
Carbon nanotube technology could give us brighter lights and bigger, thinner screens.
Phase-change materials allows memory to be stored in the resistance of the material.
Strips of light-as-air aerogel could be used in robotic fingers and hands to make them super sensitive.
Flying autonomous wind turbines leave ground-based turbines behind.
A new material has bounce like rubber, conducts electricity and could withstand extreme temperatures of space.
Leaves provide scientists with clues to help solar cells regenerate.
Layered carbon nanotubes combined with lithium titanium oxide store more energy than the best lithium-ion batteries and handle 1,000 cycles of charging discharging.