Photonic crystal hydrogels for monitoring and removal of uranium in water.

Photonic crystal hydrogels for monitoring and removal of uranium in water.
A naturally occurring structural protein (silk fibroin) is used to generate a large inverse opal. Selective exposure to water and/or light can change silk’s conformation thus painting different structural colors.
2D nanostructured materials as promising gas-sensing materials for advanced sensors.
These stretchable optic fibre-based sensors could be stitched right into your clothes to monitor muscle strain during exercise.
Researchers from the Max Planck Institute for Intelligent Systems develop a durable, flexible adhesive film for use in wearable healthcare devices.
The enhanced emission of Cu nanocrystals/MOF composites is selectively quenched by TNT.
A new type of surface optical sensor for water capable of being embedded in aircraft wings with no influence on the aerodynamic design and capable of record high-performance.
Discover how iodide can be used to control the shape of bimetallic nanoparticles for application in catalysis, solar-energy conversion and therapeutics.
Advanced Science celebrates its new impact factor with the publication of an exclusive review issue.
A metamaterial superabsorber structure with sub-5-nanometer gaps boosts the sensitivity of bio/chemical sensing.