This creates an image with contrast proportional to the difference in optical phase between the two polarized beams, hence the name “differential” interference microscopy. Images produced by DICM ...

By shining polarized light onto a sample and snapping ... “Now we’re using it for real applications in microscopy,” she adds. Even as AI becomes ubiquitous in daily life, there is still ...

This creates an image with contrast proportional to the difference in optical phase between the two polarized beams, hence the name “differential” interference microscopy. Images produced by DICM ...