The L-shaped coplanar strip dipole antenna sensor offers a rapid method for detecting adulterants in beverages, addressing critical food safety concerns.

Researchers from Fraunhofer IAF have created a virtual application laboratory for quantum sensing to encourage the use of quantum sensors in industry.

Researchers from the Indian Institute of Technology Guwahati created a new optical sensor that offers a straightforward method for detecting extremely low levels of arsenic in water in real- time.

The research introduces a smart sensor for coffee quality assessment, combining electrochemical sensing with data analysis ...

NIST's breakthrough Rydberg thermometer achieves remarkable temperature measurement accuracy, leveraging quantum mechanics for diverse scientific applications.

Advancements in neuroprosthetics enable bionic hands to deliver precise tactile sensations, improving quality of life for ...

Hitachi Industrial Equipment Systems Co., Ltd. (HIES) is now offering paid samples of its innovative food quality ...

Recent advancements in gas sensing leverage quantum techniques, improving optical frequency comb lasers for faster, more ...

NASA's advancements in sensor technology are crucial for Mars exploration, enabling rovers to gather vital data on the planet ...

The University of Tsukuba's research introduces a magnetic sensor method for lithium-ion battery identification, enhancing ...

The Hitachi Group promotes the social innovation business, which uses data and technology to create a sustainable society. As part of "Connected Industries," which provides solutions by digitally ...

This recent review article published in Sensors takes a close look at how nutrient-sensing technologies are helping agriculture tackle some of its biggest challenges—like ensuring food security in a ...