Read article: Insulator layers give optical rectennas a boost Nanomaterials Research update Insulator layers give optical rectennas a boost Devices are now more efficient at converting heat and light into electricity and are stable in air for the first time
Read article: Treating Alzheimer’s as a metabolic disease Biophysics Research update Treating Alzheimer’s as a metabolic disease Boosting mitochondrial defense reduces the formation of amyloid plaques in animal models of Alzheimer's disease
Read article: Shark inspired aerofoil improves lift and reduces drag Biophysics Research update Shark inspired aerofoil improves lift and reduces drag 3D-printed structures create beneficial vortexes
Read article: Unexpected friction found in superfluid helium-3 Low-temperature physics Research update Unexpected friction found in superfluid helium-3 Discovery could shed light on neutron-star glitches
Climate Research update Critical thinking could be key for debunking climate myths Six-step process helps people detect and analyse poor reasoning
Read article: Decellularized and recellularized grafts repair injured cartilage Biofabrication Research update Decellularized and recellularized grafts repair injured cartilage Implanting decellularized cartilage loaded with stem cells improved the regeneration of injured cartilage in pigs
Read article: A better way to test drinking water safety? Biomedical devices Research update A better way to test drinking water safety? A fluorescence-based test of drinking water quality can detect bacterial contamination in just eight minutes
Read article: Energy-time entanglement detected in photons Quantum optics Research update Energy-time entanglement detected in photons Sub-picosecond measurements reveal quantum correlations
Climate Research update Extreme flood events now more frequent and severe Northern hemisphere most affected, study shows
Read article: Neural networks improve PET time-of-flight estimates Nuclear medicine Research update Neural networks improve PET time-of-flight estimates Convolutional neural networks improve the precision of time-of-flight estimates by up to 23% compared with conventional PET signal processing