Read article: Quantum approximate optimization algorithm can be implemented using Rydberg atoms
Existing quantum hardware could tackle practical problems, say physicists
Read article: AI and infrared spectroscopy identify the age and species of mosquitoes
Combining mid-infrared spectroscopy with deep learning could provide a rapid, cost-effective way to identify the ageing mosquitoes that transmit the malaria parasite
Read article: Carbon nanotubes could stabilize energy-rich nitrogen chains
Machine learning predicts the stability of polymeric nitrogen
Read article: Colour-changing sensor raises a pink flag to hydrogen leaks
Micron-scale device could alert operators to gas escaping from hydrogen fuel stations, generators and pipelines
Read article: Cherenkov light could enable dosimetry of molecular radiation therapy
Surface measurements of Cherenkov light emitted during molecular radiation therapy could be used to develop a new dosimetry technique
Read article: Silicon spin qubits manufactured on an industrial scale
Quantum technology trades lab for fab thanks to advanced chip processing methods
Read article: Machine learning creates full-colour images from infrared cameras
System could find use in retinal surgery and night vision
Read article: Computational model maps patterns of neurodegeneration across the brain
A computational model relating symptoms of Alzheimer’s disease to glucose metabolism scans could enhance our understanding of the brain
Read article: Perovskite solar cell survives the damp and heat
New device meets a critical industrial stability standard for photovoltaic modules
Read article: Some cosmic neutrinos may not be cosmic after all
Presence of charm quarks inside protons and neutrons casts doubt on neutrino origins
