Magnetic dipoles line up
New interactions could be used to develop future hard-disk drives
Read article: Magnetic dipoles line up
Read article: Magnetic dipoles line up
Hofstadter’s butterfly spotted in graphene
Moiré superlattices create stunning quantum effect
Read article: Hofstadter’s butterfly spotted in graphene
Solar ‘sandwich’ could cover a variety of surfaces
Flexible photovoltaic made from atom-thin layers
Read article: Solar ‘sandwich’ could cover a variety of surfaces
Getting to the bottom of foamy physics
New model describes the evolution of bubble clusters
Read article: Getting to the bottom of foamy physics
How nanocrystals squeeze through nanotubes
Crystals reform at atomic scale to pass through narrow passages within nanotubes
Read article: How nanocrystals squeeze through nanotubes
First light from molybdenite transistors
Atom-thick materials could find use in optoelectronics
Read article: First light from molybdenite transistors
Alice and Bob communicate without transferring a single photon
'Quantum Zeno effect' allows for particle-free transfer
Read article: Alice and Bob communicate without transferring a single photon
Silicon atoms seen ‘dancing’ in graphene
Motion of cluster atoms tracked using electron microscope
Read article: Silicon atoms seen ‘dancing’ in graphene
Tiny rods and paddle make new thermal sensor
Infrared detector could bring night vision to mobile phones
Read article: Tiny rods and paddle make new thermal sensor
Graphene loudspeaker could rival commercial speakers and earphones
Device uses much less power than conventional speakers
Read article: Graphene loudspeaker could rival commercial speakers and earphones
