Researchers have developed a smart capsule filled with bioluminescent bacteria that detects gastrointestinal bleeding and can be magnetically retrieved from stool, promising a faster, noninvasive ...

The biohybrid sensor integrates genetically engineered bacteria with a magnesium antenna, facilitating autonomous, real-time ...

CCDs are vital for high-performance imaging, delivering exceptional sensitivity and reliability in scientific research and ...

Hamamatsu Photonics, a global leader in photonic sensors, announces the launch of the S16495 silicon photodiode.

The UK has taken a major step forward in space-based climate science with the successful launch of HydroGNSS, a new pair of ...

Inspired by mayfly behavior, the ERPMO protocol improves energy management and data delivery in wireless sensor networks, ...

To help engineers meet the demands of modern machine automation and test stands - such as wind channels or model testing - ...

Stratosfy's partnership with uOttawa's Sedna Lab revolutionizes kitchen safety with automated temperature monitoring, ...

Porphyrin-based ionophores enhance perchlorate selectivity in ion-selective electrodes, providing a fast method for ...

The integration of graphene-silicon solar cells in temperature sensors could be a battery-free solution, enhancing efficiency ...

A novel fluorescent sensor, developed at Utrecht University, has the potential to significantly advance fields such as cancer research, drug safety assessments, and aging biology.

Metal-organic framework (MOF) biosensors could enable the advanced detection of biomolecules, enhancing healthcare and environmental monitoring with high precision.