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New perovskite technology combines light sensing and visual memory in an integrated device, emulating aspects of human vision to enable advanced artificial intelligence.
Wearable hydrogel sensors with high sensitivity and robust performance enabled by molecular design and Kirigami structures.
Researchers designed biomimetic 'stalactite' nanopores that mimic naturally occurring stalactites. The asymmetric pores could enable advancements in biosensing, energy harvesting, and filtration.
Researchers use MXene to develop a flexible electronic skin that replicates the microstructures in human skin to achieve exceptional sensitivity. The multifunctional sensor also provides therapeutic heat treatment.
Real-time, in-package pathogen detection technology could significantly reduce foodborne illnesses and waste, while improving efficiencies in the food supply chain.
Researchers develop flexible health sensor with game-changing sensitivity. Integrating photoconductor and organic transistors enables exponential signal boost, allowing accurate continuous monitoring of heart rate, blood oxygen, blood pressure during normal daily activities.
Researchers have developed an innovative electronic skin patch that mimics attributes of human skin for sensing biomechanical and bioelectrical signals relevant to health monitoring. The device is skin-like stretchable, breathable, and has self-adhesive properties and superior capabilities for precision mobile health tracking.
Integrated microfluidic platforms that combine automated sample preparation with on-chip nucleic acid amplification tests enable rapid, accurate molecular diagnostics at home for improved preventive medicine and biosecurity.