A new laser-based tool from JILA detects gas molecules at ultra-low concentrations, promising advancements in disease diagnosis and emissions measurement.

Innovative orbit determination techniques enhance LEO satellite constellations' accuracy and efficiency using GNSS data and inter-satellite range measurements.

Advancements in sensor technologies are enhancing UAP detection and addressing challenges like environmental interference and ...

Innovative research at Rice University reveals how intentional failure in fluidic devices can boost performance and ...

Cambridge researchers developed smart pajamas with fabric sensors to monitor sleep disorders at home, offering a comfortable ...

The continuing expansion of ‘greener’ energy alternatives such as wind power is underlined by the fact that it’s currently ...

High-resolution wheel speed sensors from TE Connectivity enhance automotive safety systems, offering precise data for ...

Study evaluates 24 GHz millimeter-wave sensors for non-invasive respiratory motion monitoring in medical imaging and ...

Research on dichroic mirror pulses advances quantum sensor technology, enhancing measurement precision for earth observation ...

KAIST's ultralow-power CO2 sensor enhances breathing monitoring, combining flexibility and accuracy for effective use in ...

This innovative technique from Umeå University detects bacterial spores at low concentrations, crucial for preventing ...

A $1 million DTRA grant enables researchers to create efficient detection methods for sulfur mustard, crucial for minimizing exposure in hazardous environments.