Physicists discover 3D versions of graphene
Two compounds have Dirac cones in the bulk
Read article: Physicists discover 3D versions of graphene
Read article: Physicists discover 3D versions of graphene
Ultrafast phase measurements could boost optical computing
New device replaces unwieldy vacuum chambers
Read article: Ultrafast phase measurements could boost optical computing
Infrared light could create hydrogen from water
New catalyst would make more efficient use of sunlight
Read article: Infrared light could create hydrogen from water
The world of physics in 2014
Find out more about the key physics events of the coming year – and those we predict might happen
Read article: The world of physics in 2014
Nanodiamond nitrogen vacancies live longer
Electron coherence time reaches 210 µs in high-purity diamond nanocrystals
Read article: Nanodiamond nitrogen vacancies live longer
Metamaterials offer route to room-temperature superconductivity
Negative dielectric response could strengthen electron pairs
Read article: Metamaterials offer route to room-temperature superconductivity
Chaos reigns in unexpected places
New work shows dissipative systems may be chaotic too
Read article: Chaos reigns in unexpected places
Unpaired spins make graphene magnetic
Ferromagnetic and antiferromagnetic ordering persists above room temperature
Read article: Unpaired spins make graphene magnetic
Quantum Hall effect created using light
Lattice of waveguides provides topological protection
Read article: Quantum Hall effect created using light
Ultracold atoms set the stage for Hofstadter’s butterfly
Quantum simulation could shed light on real materials
Read article: Ultracold atoms set the stage for Hofstadter’s butterfly
