The rise of nitazenes, highly addictive opioids, needs advanced detection methods to match. Innovative biosensors may be central in helping to address this public health crisis.

Kongsberg Discovery has announced the successful development of a revolutionary step forward in resilient, accurate and accessible navigation technology, unveiling a groundbreaking north-seeking micro ...

The R-OPO fibre sensor enables real-time strain and temperature monitoring over 25 km, enhancing infrastructure safety with high sensitivity and resolution.

Engineered M13 phage-based biosensor offers rapid, label-free detection of SARS-CoV-2 spike protein, demonstrating ...

NASA's QGGPf mission will demonstrate quantum gravity sensing in space, offering high-resolution insights into Earth's ...

A suspended chalcogenide waveguide achieves record ppb-level gas detection in the near-infrared, enhancing sensitivity for ...

Hamamatsu Photonics is pleased to announce the release of the G17242/G17243-0808T InGaAs area image sensors. These fast, low ...

Hiden Analytical announces that the nitrogen excess (N2/Ar) groundwater analysis method operated by Aqua Service Schwerin (AQS Schwerin) has achieved DAkkS accreditation using the HPR-40 MIMS ...

Adelaide University researchers have shown that pairing sniffer dogs with a simple air-sampling device could dramatically improve the detection of illegally trafficked wildlife hidden inside shipping ...

Researchers combine GPS and sensor fusion to improve container stacking accuracy while cutting energy use in busy global ports.

Adaptive camouflage integrates sensors and display technology to enhance stealth, addressing challenges in military and civilian security applications.

The latest in wearable sensors features 'skin-like' electronics, enabling comfortable, continuous health monitoring with advanced materials and AI integration.