Huygens Optics | The Real Double Slit Experiment. @HuygensOptics | Uploaded October 2020 | Updated October 2024, 1 hour ago.
This video was edited 30-12-2022. I removed everything but the experimental parts of the original video. The reason for this is that I was no longer behind the way I explained the experiments, especially the quantum aspects.
In the video I show you how you can use a microscope to visualize the EM- wave propagation after light has passed the slits.
WARNING: do not attempt to repeat this experiment without using a camera! Looking at laser beams under a microscope with your bare eyes instead of a camera can kill your eyesight instantly and leave you blind for the rest of you life.
This video was edited 30-12-2022. I removed everything but the experimental parts of the original video. The reason for this is that I was no longer behind the way I explained the experiments, especially the quantum aspects.
In the video I show you how you can use a microscope to visualize the EM- wave propagation after light has passed the slits.
WARNING: do not attempt to repeat this experiment without using a camera! Looking at laser beams under a microscope with your bare eyes instead of a camera can kill your eyesight instantly and leave you blind for the rest of you life.
![Not a photon in sight! [#shorts]](https://i.ytimg.com/vi/nsxJQr57_is/hqdefault.jpg "Not a photon in sight! [#shorts]
#shorts, my first one (and maybe my last!)
The video video illustrates how the Electromagnetic field inside a laser beam can locally be made virtually zero creating destructive interference. This is achieved by just placing a pinhole of the right size inside the beam. The size of the pinhole for this experiment is around 25 microns.")
