Message from @fuguer

Discord ID: 654560549467717642


2019-12-12 05:42:48 UTC  

are where she belongs

2019-12-12 05:42:52 UTC  

not on a battle field

2019-12-12 05:43:06 UTC  

They won't listen

https://cdn.discordapp.com/attachments/634367565304561675/654558829396230156/1272571673324.jpg

2019-12-12 05:43:10 UTC  

snells law, the formula for determining the angle that light is bent by lenses/water/materials... its simple the light is just always taking the shortest path

https://cdn.discordapp.com/attachments/634367565304561675/654558849243807754/Snells-Law-Illustration.jpg

2019-12-12 05:43:22 UTC  

but ask yourself, how does the light know the lens is there before it gets there?

2019-12-12 05:43:26 UTC  

it takes all paths

2019-12-12 05:43:30 UTC  

Ok, so there are two paths. The particle is detected in one. Why does interaction cause it to go through the other?

2019-12-12 05:43:37 UTC  

The beauty of the Jewish woman shall not perish from this earth

2019-12-12 05:43:45 UTC  

and all paths but the shortest path get destructive interference and are very unlikely to ever be observed

2019-12-12 05:44:29 UTC  

https://cdn.discordapp.com/attachments/634367565304561675/654559179574476803/1373938068210.jpg

2019-12-12 05:44:52 UTC  

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....

https://cdn.discordapp.com/attachments/634367565304561675/654559275313790976/contentItem-749796-4671834-pogxjsxv7i274-or.jpg

2019-12-12 05:45:00 UTC  

Say both paths are the same length, ok. Will laser be detected in both, or will it be a wave?

2019-12-12 05:45:19 UTC  

https://cdn.discordapp.com/attachments/634367565304561675/654559390166417409/unknown-3.png

https://cdn.discordapp.com/attachments/634367565304561675/654559390166417411/unknown-4.png

2019-12-12 05:45:21 UTC  

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

2019-12-12 05:45:45 UTC  

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

2019-12-12 05:46:36 UTC  

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?

2019-12-12 05:46:36 UTC  

in which experiment Rhythm?

2019-12-12 05:46:54 UTC  

Mach–Zehnder Interferometer

2019-12-12 05:49:17 UTC  

https://cdn.discordapp.com/attachments/634367565304561675/654560386355429386/da521c20374abe39960a556340c2492e683788bb721a8fd3fe196a4f848b2847_1.jpg2.jpg

2019-12-12 05:49:56 UTC  

What precisely are you changing from the traditional setup

2019-12-12 05:50:49 UTC  

Spqr porn

https://cdn.discordapp.com/attachments/634367565304561675/654560771514040330/992564622bed17e951fcd099acdabf5783486decbb160178f763c892acce3480_1.jpg2.jpg

2019-12-12 05:50:57 UTC  
2019-12-12 05:51:01 UTC  

So everything is the same, but are the paths the same in length?

2019-12-12 05:51:13 UTC  

do 13% of black jews commit 50% of jewish crimes?

2019-12-12 05:51:24 UTC  

So, is it a wave if it interacts with itself, like the interference effect says?

2019-12-12 05:51:35 UTC  

@untergang we need to get those numbers up

2019-12-12 05:51:36 UTC  

https://cdn.discordapp.com/attachments/634367565304561675/654560970324049931/1477856330834.jpg

2019-12-12 05:51:50 UTC  

black israelis did this?

2019-12-12 05:51:58 UTC  

yeah

2019-12-12 05:52:11 UTC  

no light enters detector 2

2019-12-12 05:52:14 UTC  

DAS Rite!

2019-12-12 05:52:17 UTC  

because it perfectly interferes

2019-12-12 05:52:28 UTC  

you can see this same effect with polarizers

2019-12-12 05:52:29 UTC  

THE AGE OF THOTS IS OVER, THE TIME OF METAL HAS COME

https://cdn.discordapp.com/attachments/634367565304561675/654561192710242335/fdghtg76.jpg

2019-12-12 05:52:33 UTC  

So, it's a particle during the Mach–Zehnder experiment?

2019-12-12 05:52:36 UTC  

@Deleted User tfw my state is dark green and not nazbol pilled <:why:638779720015675405>

2019-12-12 05:52:44 UTC  

2 polarizers are opaque... add a 3rd polarizer suddenly you can see through it again