Message from @Rody Le Cid
Discord ID: 654560805122998272
but ask yourself, how does the light know the lens is there before it gets there?
it takes all paths
Ok, so there are two paths. The particle is detected in one. Why does interaction cause it to go through the other?
The beauty of the Jewish woman shall not perish from this earth
and all paths but the shortest path get destructive interference and are very unlikely to ever be observed
good analogy of snells law is pretend your friend is drowning in a river and you want to get to them as fast as you can....
Say both paths are the same length, ok. Will laser be detected in both, or will it be a wave?
the optimal route to take is to run most of the way since you're faster, then swim partway, but the path is going to look like this
that's the exact same path light takes... but how does it know the speed of light of the area up ahead before it gets there
Say both paths are the same length, ok. Will laser be detected in both detectors, each being equally likely?, or will it be a wave?
in which experiment Rhythm?
Mach–Zehnder Interferometer
What precisely are you changing from the traditional setup
So everything is the same, but are the paths the same in length?
do 13% of black jews commit 50% of jewish crimes?
So, is it a wave if it interacts with itself, like the interference effect says?
@untergang we need to get those numbers up
black israelis did this?
yeah
no light enters detector 2
DAS Rite!
because it perfectly interferes
you can see this same effect with polarizers
So, it's a particle during the Mach–Zehnder experiment?
@Deleted User tfw my state is dark green and not nazbol pilled <:why:638779720015675405>
2 polarizers are opaque... add a 3rd polarizer suddenly you can see through it again
its always a quantum particle
polarized sunglasses prove photons are 5-dimensional
especially in how they interact with regular matter
is explained