A traditional digital camera splits an image into three channels—red, green and blue—mirroring how the human eye perceives color. But those are just three discrete points along a continuous spectrum ...

The different colors that we can see are based on different wavelengths of light. The human eye can detect and differentiate wavelengths in three bands (red, green, and blue) covering the range from ...

Cubert Ultris X20 Plus hyperspectral camera, which has been sold to the German Armed Forces and governmental agencies in the US including the US Army Corps of Engineers and US Naval Research ...

Paired with AI and drones, system could boost farm yields by 20%, while cutting costs, and producing less waste. “Boosting vertical farm yields by up to 20%.” A team of EU scientists is developing a ...

Auroras are natural luminous phenomena caused by the interaction of electrons falling from the sky and the upper atmosphere. Most of the observed light consists of emission lines of neutral or ionized ...

Advances in hyperspectral cameras, where light captured by the camera is divided into narrow spectral bands to generate a spectral fingerprint, are making their way into precision-agriculture ...

Imec has produced a 2nd generation version of its SNAPSCAN hyperspectral imaging camera. The camera uses an ultrasonic speed piezo motor stage to enable the acquisition of high resolution ...

standard imaging. Mounted on drones, they are up to change everything from precision agriculture to mineral exploration. But there is a problem. The Data Deluge – Key Challenges More spectral bands ...