‘Quantum reporters’ measure magnetic resonance of one proton
Physicists turn quantum problem into an opportunity
Read article: ‘Quantum reporters’ measure magnetic resonance of one proton
Read article: ‘Quantum reporters’ measure magnetic resonance of one proton
How to control magnetic atoms on graphene
Discovery could lead to high-density data storage
Read article: How to control magnetic atoms on graphene
Plasmons convert light into a voltage
Discovery of 'plasmoelectric effect' could lead to new solar cells
Read article: Plasmons convert light into a voltage
Graphene boosts thermal conductivity of popular plastic
Laminate material could find use in electronic and lighting devices
Read article: Graphene boosts thermal conductivity of popular plastic
Chemistry Nobel awarded for super-resolution microscopy
Eric Betzig, Stefan Hell and William Moerner share 2014 prize
Read article: Chemistry Nobel awarded for super-resolution microscopy
Tiny scaffolds toughen ceramics
Lightweight material springs back after being deformed
Read article: Tiny scaffolds toughen ceramics
Fractal-like honeycombs take the strain
Strong yet lightweight structures inspired by nature
Read article: Fractal-like honeycombs take the strain
Graphene drum could store quantum information
Carbon resonator is coupled to superconducting microwave cavity
Read article: Graphene drum could store quantum information
Superabsorbing rings could lead to better cameras and solar cells
Quantum effect could be put to work in a range of optical technologies
Read article: Superabsorbing rings could lead to better cameras and solar cells
Ion beams simulate nuclear-reactor damage
Seven years in a reactor recreated in just four days
Read article: Ion beams simulate nuclear-reactor damage
