The portable hyperspectral sensor, which can detect over 1,000 colors, can be used to detect environmental contaminants in real time
Professor Eyal Ben-Dor has created a portable hyperspectral sensor, which can be used to detect environmental contaminants in real time
When any two compounds are combined, the resulting chemical reaction shows up as a specific color when natural sunlight reflects off the area where that reaction is occurring. Therefore, by assessing the colors of an object, material or environment, it is possible to determine what compounds are present within it. Unfortunately, many of those colors fall outside the mere three bands of light (red, green and blue) visible to the human eye. Spectral analysis equipment can detect a much wider range of light, but it is typically located in labs, which samples must be transported to. Now, however, a scientist from Israel’s Tel Aviv University (TAU) has created a portable hyperspectral sensor, that can “see” over 1,000 colors – this means that it could be used to detect pollutants in the environment, on location and in real time.
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