Quantum squeezing is achieved at room temperature
New technique could give gravitational-wave detectors a boost
Read article: Quantum squeezing is achieved at room temperature
Read article: Quantum squeezing is achieved at room temperature
Space-based spectrometer enters neutron lifetime debate
Analysis of data from NASA's MESSENGER craft yields a value that differs from those of laboratory experiments
Read article: Space-based spectrometer enters neutron lifetime debate
Fukushima may have scattered plutonium widely
New study finds traces of the substance inside emitted caesium-rich particles
Read article: Fukushima may have scattered plutonium widely
Best in physics: multi-target tracking and carotid plaque evaluation
The "Best in Physics" presentations at the AAPM|COMP Virtual Meeting highlight the conference's top-scoring studies
Read article: Best in physics: multi-target tracking and carotid plaque evaluation
X-rays unearth novel nanofeatures in bone
New technique advances our understanding of bone nanostructure and how it relates to bone mechanics and bone disease
Read article: X-rays unearth novel nanofeatures in bone
New metasurface lens banishes chromatic aberration
Device could be used for medical imaging, energy harvesting and virtual reality
Read article: New metasurface lens banishes chromatic aberration
Biosensor platform promises fast, low-cost detection of water contamination
The ROSALIND platform re-engineers biological systems to produce a simple test for 17 different water contaminants
Read article: Biosensor platform promises fast, low-cost detection of water contamination
Mediator atoms help graphene self-heal
Hitherto unseen fast-moving "helpers" catalyse many restructuring processes
Read article: Mediator atoms help graphene self-heal
Impurities toughen tooth enamel, but could make teeth vulnerable to decay
Strength could come at the cost of higher solubility in acid
Read article: Impurities toughen tooth enamel, but could make teeth vulnerable to decay
GPS for cancer cells: PET tracks real-time migration of single radiolabelled cells
Single breast cancer cells loaded with radiolabelled nanoparticles and injected into mice can be tracked through the body using PET
Read article: GPS for cancer cells: PET tracks real-time migration of single radiolabelled cells
