Polarization, the direction in which light vibrates, provides a lot of information about the objects with which it interacts, from aerosols in the atmosphere to the magnetic field of stars. However, because this quality of light is invisible to human eyes, researchers and engineers have relied on specialized, expensive, and bulky cameras to capture it. Until now.
Polarization, the direction in which light vibrates, provides a lot of information about the objects with which it interacts, from aerosols in the atmosphere to the magnetic field of stars. However, because this quality of light is invisible to human eyes, researchers and engineers have relied on specialized, expensive, and bulky cameras to capture it. Until now.
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