With the advent of new measuring instruments, a magneto-optical effect experimented with a laser rangefinder was added.
The laser is emitted to the magnet, the reflected laser is received, and the data is displayed, which is the experimental magneto-optical effect of the laser rangefinder.
The magneto-optical effect involving the speed of light was experimented with a laser rangefinder. Because, the principle of laser rangefinder is to measure distance with the speed of light.
There are four ways for scientists to experiment with magneto-optical effects in the past:
The Faraday effect.
Second, the Kerr magneto-optical effect.
Third, the Zeeman effect.
Fourth, the Cotton-Murton effect.
With the advent of new measuring instruments, a magneto-optical effect experimented with a laser rangefinder was added.
Fifth, Liu Wuqing magneto-optical effect.
The laser rangefinder measures the target non-magnet, and the comparator is a magnet.
Laser rangefinders measure distance the same way as magnets and non-magnets.
However, the data displayed by the non-magnet, magnet, and laser range finder are different when measured by the laser range finder, which proves that the interaction between the laser and the magnetic material is a magneto-optical effect.
Liu Wuqing has used the laser rangefinder for many times to measure the experiment.
