Daguerreotypes reveal their plasmonic secrets
Nanotechnology from the nineteenth century could help in the development of plasmonic colour printing technologies of the future
Read article: Daguerreotypes reveal their plasmonic secrets
Read article: Daguerreotypes reveal their plasmonic secrets
‘Little Big Coil’ creates record-breaking continuous magnetic field
Compact high-temperature superconductor magnet reaches 45.5 T
Read article: ‘Little Big Coil’ creates record-breaking continuous magnetic field
Miniature probe measures tissue health deep inside the lung
A tiny fibre probe can measure key indicators of tissue damage at previously inaccessible sites
Read article: Miniature probe measures tissue health deep inside the lung
Soliton gas is created in the lab using colliding water waves
Wave-tank experiment could boost our understanding of waves in a variety of media
Read article: Soliton gas is created in the lab using colliding water waves
Conservation payments reduce deforestation on land next door
Pilot project with indigenous communities in Amazon has minimal impact on area inside scheme
Read article: Conservation payments reduce deforestation on land next door
Fast-switched dual-energy fluoroscopy tracks tumours during radiotherapy
Fast-kV switching dual-energy fluoroscopy can improve the accuracy of markerless tumour tracking during lung radiotherapy
Read article: Fast-switched dual-energy fluoroscopy tracks tumours during radiotherapy
Magnetic topological insulator goes clean
Researchers have made the first ever intrinsically magnetic topological insulator in the laboratory
Read article: Magnetic topological insulator goes clean
AI predicts coma outcome from EEG trace
A machine learning algorithm can read electroencephalograms as well as clinicians
Read article: AI predicts coma outcome from EEG trace
Reduced adhesion between tissues could create microscopic tumours
Mechanics study boosts our understanding tumour evolution
Read article: Reduced adhesion between tissues could create microscopic tumours
X-ray diffraction reveals switching mechanism in phase-change materials
New observations will be important for designing improved PCMs in the future for next-generation non-volatile memories
Read article: X-ray diffraction reveals switching mechanism in phase-change materials
