Imaging polarimetry is defined as the measurement and polarization of transverse waves, the biggest of all being electromagnetic waves such as radio or light. This is commonly achieved on electromagnetic waves reflected, refracted, or diffracted by material to characterize the object being used. However, the key question behind the 2013 study being conducted was how can light polarization be measured without moving the particles that make up the light itself? Remote sensors ended up being the hopeful answer to this question by putting them into an imaging polarimeter system. The new system proposed would use a prism.
Specially-fitted optical slits from Lenox Laser were used on the Pantera 6M8 camera onboard a triple-Wollaston imaging-polarimeter. It would be able to help measure the intensity of each polarization projection. The slits also help maintain spatial coherence along the x-axis of an object. This device would also help measure out certain materials and elements in finite detail previously unattainable before. The system also contains a 2-D telescope with a scanning optical relay system designed to study the many wavelengths of light.
With the device’s compact design, it had to be reliable and withstand many different environmental situations and still perform calculations as accurately as possible. The design also had to be practical to be loaded onto space shuttle missions and the like.
Lenox Laser was very proud to be a part of this massive study. We are very grateful for this opportunity. To learn more about the optical slits that we offer, please click here, and if you would like to read more about the study, click here.