Purity pays off for nanotubes
New approach improves performance for carbon-based devices
Read article: Purity pays off for nanotubes
Read article: Purity pays off for nanotubes
Atomic crystals go 2D
One-atom-thick materials created
Read article: Atomic crystals go 2D
Superconducting nanowires pulse to a new beat
Devices made with DNA templates exhibit novel forms of resistance oscillations
“Smoking” grass leads to nanotubes
Researchers in China have reported a novel way to make carbon nanotubes
Spontaneous improvements on the horizon
Controlling the spontaneous emission of light could improve the performance of solar cells, LEDs and other devices
Read article: Spontaneous improvements on the horizon
Amino acids meet electronics
Researchers have shown that inorganic surfaces can trap peptide chains
Dots for data storage
New technique could double magnetic storage capacities
Read article: Dots for data storage
New look for molecular transistors
Decoherence and benzene rings could transform quantum devices
Read article: New look for molecular transistors
New look for nanomotors
Harnessing surface tension for nanomechanical applications
Read article: New look for nanomotors
Photonic crystal slows down light
Two-dimensional array of tiny cavities can reduce group velocities
Read article: Photonic crystal slows down light
