‘Uncontrollable’ nuclei sharpen up MRI
The solution to a theoretical puzzle could provide the basis for improved MRI techniques.
Read article: ‘Uncontrollable’ nuclei sharpen up MRI
Read article: ‘Uncontrollable’ nuclei sharpen up MRI
Spinning drops could model black holes
Water droplets take on strange shapes when levitated and spun
Read article: Spinning drops could model black holes
Renewable energy source inspired by fish
Device exploits vortices generated by slow-moving currents
Read article: Renewable energy source inspired by fish
European synchrotron secures €177m upgrade
New beamlines will allow nanometre-scale experiments at Grenoble lab
Read article: European synchrotron secures €177m upgrade
Optical tweezers: where physics meets biology
Joost van Mameren explains how quantitative force measurements by optical tweezers can unravel the mechanical properties of biological molecules
Read article: Optical tweezers: where physics meets biology
Tunnelling electrons could drive nanomotors
Tiny rotors are inspired by biological motors
Read article: Tunnelling electrons could drive nanomotors
Electrons put a new spin on chirality
Could radiation striking magnetic materials be responsible for the 'handedness' of biological molecules?
Read article: Electrons put a new spin on chirality
Condensed-matter physicist to head DESY
Accelerator lab chooses nanostructure expert as new director
Read article: Condensed-matter physicist to head DESY
Graphene could accelerate genomics
Tiny gaps in carbon sheets could be used to sequence DNA, says physicist
Read article: Graphene could accelerate genomics
Physicists get closer to metallic hydrogen
Silane structure calculation an important step in quest for 'holy grail' of high-pressure physics
Read article: Physicists get closer to metallic hydrogen
