Oxygen is essential for life and a reactive player in many chemical processes. Accordingly, methods that accurately measure ...

A new hydrogen sensor, developed by scientists at the University of Manchester, promises to enhance safety and reliability in ...

ETH researchers have developed a low-cost sensor made of carbon nanotubes that can selectively, efficiently and reliably ...

Adding onboard processing simplifies design while enabling full capture of fast-moving objects and farther depth sensing in ...

The Hyperlux ID family is ideally suited for a broad range of industrial environments such as: How It Works: The Hyperlux ID sensor family combines global shutter architecture and indirect time-of ...

ETH chemists have developed a tiny, high-performance oxygen sensor that fulfils a wide range of performance criteria. The main innovation is that the sensor works in a similar way to the light ...