Read article: Hydrogen sensor is inspired by butterfly wings
Hydrogen sensor is inspired by butterfly wings
Device operates at room temperature and could be mass produced
Read article: Hydrogen sensor is inspired by butterfly wings
Read article: Entangled erbium qubits are addressed individually in a crystal
Entangled erbium qubits are addressed individually in a crystal
Random shifts of optical properties could be exploited in quantum devices
Read article: Tiny optical tweezer traps nanoscale objects
Tiny optical tweezer traps nanoscale objects
Opto-thermo-electrohydrodynamic device could be used to control sub-10-nm photosensitive biomolecules
Read article: Nanoscale LED shines brighter
Nanoscale LED shines brighter
Light-emitting diode does not suffer from efficiency droop and lases at high current densities thanks to a new fin-shaped design
Read article: Contact-free 3D display responds to tiny changes in ambient humidity
Contact-free 3D display responds to tiny changes in ambient humidity
New device uses structural colours rather than chemical pigments and might find use in wearable electronics and electronic skins
Read article: Metasurface laser produces super-twisted light
Metasurface laser produces super-twisted light
New device could act as an “optical spanner” or wrench to control physical objects
Read article: ‘Twistronics for photons’ brings tunable diffraction-free light rays
‘Twistronics for photons’ brings tunable diffraction-free light rays
Experiments reveal a photonic analogue for electron superconductivity in twisted bilayer graphene
Read article: Metasurface-based contact lens corrects colour blindness
Metasurface-based contact lens corrects colour blindness
New device incorporates nanosized gold ellipses and could help people who struggle to distinguish red from green
Read article: Secrets of nanospiral formation revealed by machine learning
Secrets of nanospiral formation revealed by machine learning
Insights into crystal growth could lead to new optical metamaterials
Read article: Artificial intelligence reveals how light flows around nanoparticles
Artificial intelligence reveals how light flows around nanoparticles
New technique could be used to design a wide range of optical devices
