I guess phase noise could result in broadening of the laser line width, which would increase the averaging time needed to achieve the desired precision.
This is not dispersion. The light sent in fiber is essentially monochromatic,hence there is no need to cancel dispersion. A whole bunch of processes can add phase noise to the light as it propagates in fiber. Refractive…
Once in a whole when I have to browse the Internet an a friend's or a public computer, I realize that websites look so much cleaner with adblock turned on! Also, I pretty much never click an ad, so no point displaying…
I guess phase noise could result in broadening of the laser line width, which would increase the averaging time needed to achieve the desired precision.
This is not dispersion. The light sent in fiber is essentially monochromatic,hence there is no need to cancel dispersion. A whole bunch of processes can add phase noise to the light as it propagates in fiber. Refractive…
Once in a whole when I have to browse the Internet an a friend's or a public computer, I realize that websites look so much cleaner with adblock turned on! Also, I pretty much never click an ad, so no point displaying…