Nanomechanical FM transmitter is smallest yet
Graphene oscillator could find use in mobile phones
Read article: Nanomechanical FM transmitter is smallest yet
Read article: Nanomechanical FM transmitter is smallest yet
Solar cells get down to pop music
High-frequency beats could improve cell efficiency
How to build a "memcomputer"
Ferroelectric domains could store and process data
Quantum state endures for 39 minutes at room temperature
Solid-state breakthough could lead to quantum money
Read article: Quantum state endures for 39 minutes at room temperature
Surface plasmons reveal grain boundaries in graphene
Non-destructive technique could give plasmonics a boost
Read article: Surface plasmons reveal grain boundaries in graphene
Ultrathin solar cell is efficient and easy to make
Performance of perovskite-based devices has improved rapidly
Read article: Ultrathin solar cell is efficient and easy to make
US researchers unveil first carbon-nanotube computer
New manufacturing techniques could lead to fast and energy-efficient commercial nanotube devices
Read article: US researchers unveil first carbon-nanotube computer
New silicon devices are fast, flexible and semi-transparent
Fabrication process could be commercially viable
Read article: New silicon devices are fast, flexible and semi-transparent
Chlorine has graphene covered
p-doped material could be suitable for integrated circuits on a chip and RF transistors
Read article: Chlorine has graphene covered
Disorder boosts performance of tiny spectrometer
Multiple scattering in silicon allows on-chip integration
Read article: Disorder boosts performance of tiny spectrometer
