I hope our organic sensor will help build trust in emerging hydrogen technologies, making them more accessible and safer for everyone.” As the world transitions away from fossil fuels, hydrogen is ...

The sensor is made from nano-patterned polycrystalline CuO NWs, which are highly sensitive to hydrogen gas, placed on a silicon (SiO 2 /Si) substrate with platinum/titanium electrodes.

The group has developed a new laser-based device that can take any sample of gas and identify a huge variety of the molecules within it. It is sensitive enough to detect those molecules at minute ...

its gas and flame detection solutions guarantee optimum protection, putting safety at the heart of the transition to hydrogen. Among their latest product releases, the Spyglass IR3 H2 flame ...

Inspira's AI-powered continuous blood monitoring technology demonstrated a high degree of accuracy in a key parameter, targeting multiple multi-billion-dollar market ...