This creates a Michelson interferometer, which is simple, but quite low resolution. For the demonstrated Zygo Newview 100 WLI microscope this is the first objective used, followed by a more recent ...

The technique replaces an end cavity mirror with a volume Bragg grating and Michelson interferometer to create the mode selectivity of a single mode laser. The result is an ultra-stable laser output ...

At the heart of the experiment was an interferometer—a device invented by Michelson—which utilized the interference of light waves to perform measurements of incredible precision. Although an ...

This method was economical and efficient, for the mercury-bearing removed practically all stresses and allowed the interferometer to glide smoothly ... With the new "interferential refractometer" ...

The interferometer set-up is then straightforward. A polarizing beam splitter divides the laser output into two orthogonally polarized modes that make up the reference and variable arms of a Michelson ...

The one shown here resembles a Michelson interferometer and acquires images using two spatially separated arms.