Recent research led by the University of Bristol suggests that smartwatches could offer a more accurate assessment of people's daily drinking habits compared to current methods. This technology could ...

The development of nanostructured fluorescence sensors for H2O2 detection marks a significant advancement, improving accuracy ...

Biosensors are changing how we monitor health, but rapid innovation raises tough questions around privacy, regulation, and access. This article breaks down the key issues shaping their future.

A sophisticated sensor identifies volcanic gases, revealing significant CO2 emissions and advancing our understanding of ...

The University of Missouri's starfish-inspired wearable device improves heart monitoring with AI, ensuring accurate data ...

Innovative imaging technology in the AEgIS project allows for real-time observation of antihydrogen annihilation, paving the ...

Researchers from the University of Glasgow have developed compostable, screen-printed soil sensors made from biodegradable materials that break down into plant nutrients. These sensors could ...

Researchers developed a carbon quantum dot-based sensor for nitrofen detection in water, offering a sensitive and selective solution for pollution monitoring.

Antibiotic-resistant bacteria are turning everyday infections into serious health threats, and researchers at Empa are stepping up with a solution: smart sensors that can quickly detect resistant ...