This study presents MRCI, a breakthrough in gas sensing technology, achieving high sensitivity and the ability to identify ...

With its rapid response and low cost, this hydrogen sensor is set to revolutionize safety measures in hydrogen energy, ...

from diagnosing illnesses in human patients to tracking greenhouse gas emissions from factories. The study was led by scientists at JILA, a joint research institute between CU Boulder and NIST. The ...

This advanced humidity sensor, utilizing porous nanoforests, offers precise behavior recognition, paving the way for ...

Modified graphene sensors could pave the way for a new level of safety and convenience across multiple industries. This ...

Industrial gas leaks could be detected in seconds using a highly sensitive nanomechanical sensor. The device employs functional polymers to rapidly monitor for trace quantities of multiple target ...

The MEMS NIR spectral gas sensor that was recently developed offers ... As the technology evolves, it could become an essential tool for maintaining food quality and safety across the supply ...

Traditional gas sensors, while effective, often face limitations in their sensitivity, response time, and power consumption. To account for these drawbacks, recent developments in gas sensors have ...