Detwiller showed that it need not be perfect at all places in an interference field in order to obtain perfect fringe visibility, while Brinkman and Golubov showed how it is destroyed as the layers between a double-barrier Josephson junction become thicker.
Detwiller showed that it need not be perfect at all places in an interference field in order to obtain perfect fringe visibility, while Brinkman and Golubov showed how it is destroyed as the layers between a double-barrier Josephson junction become thicker. The Wolf effect requires that this property is at least partially present, and experiments measuring it generally utilize a Mach-Zehdner or Michelson interferometer. Its namesake time is equal to one over delta-v, or the frequency bandwidth, as that would be the time over which there is a constant phase relationship. FTP, name this physical property of waves that measures the degree to which a constant phase difference exists between them, which allows diffraction and interference to exist.
Detwiller showed that it need not be perfect at all places in an interference field in order to obtain perfect fringe visibility, while Brinkman and Golubov showed how it is destroyed as the layers between a double-barrier Josephson junction become thicker.
{coherence}