Shining a light on the nanoscale
A high-efficiency probe that can super-focus white light into a 6 nm spot enables colour imaging of nanoscale details
Read article: Shining a light on the nanoscale
Read article: Shining a light on the nanoscale
Quantum sensor could help detect dementia
Scientists use new device to track brain waves with unprecedented time resolution
Read article: Quantum sensor could help detect dementia
Evidence grows for tetraneutrons as hypothetical clusters are glimpsed in Germany
“Tiny neutron stars” could improve our understanding of nuclear forces
Read article: Evidence grows for tetraneutrons as hypothetical clusters are glimpsed in Germany
Biomaterial gives voice to vocal cord repair
A cell-compatible, injectable hydrogel is tough enough to withstand the vibrations of the vocal cords
Read article: Biomaterial gives voice to vocal cord repair
Laser pulses light the way towards killing antibiotic-resistant bacteria
Ultrashort-pulse lasers could kill multidrug-resistant bacteria without damaging human cells
Read article: Laser pulses light the way towards killing antibiotic-resistant bacteria
Helium-8 nucleus has unexpected rugby-ball shape
Shape is consistent with no-core shell model, calculations reveal
Read article: Helium-8 nucleus has unexpected rugby-ball shape
Processing tweak makes solar cell ‘ink’ more stable
New work advances the commercialization of cells made from lead halide perovskites
Read article: Processing tweak makes solar cell ‘ink’ more stable
Prompt gamma spectroscopy enables real-time proton range monitoring
Combining prompt gamma spectroscopy with a silicon-filled endorectal balloon could enhance the safety of prostate cancer proton therapy
Read article: Prompt gamma spectroscopy enables real-time proton range monitoring
‘Janus textile’ could keep you warm and cool you down
Proposed reversible material has different infrared emissivities on either side
Read article: ‘Janus textile’ could keep you warm and cool you down
Electric fields make a ‘tuning knob’ for solid-state systems
New technique uses Feshbach resonances to adjust interactions in 2D materials
Read article: Electric fields make a ‘tuning knob’ for solid-state systems
