@Chawosaurian waaa

Im a lurker on many servers

It's of the utmost importance to understand the universe

ommmm shanti omm

So the observation which path the photon takes, A or B, will destroy the interference effect. This is one of the most fundamental aspects of quantum physics: looking
at a physical system changes its behaviour. This conclusion is entirely determined
by experimental findings, making it inescapable. Note that in order to look at which
path the photon took, we had to interact with the photon via the loops of the QND
detectors. So it is not our “consciousness” that made that photon behave differently,
but the physical interaction that is necessary to “look” at the system, just like the
chalk dust revealing a laser beam interacts with the light by reflecting parts of the
beam towards your eye.

yeah we have a lot of those

all the cool boys say

<:fbi:418878655822036994>

lmao

more diagrams

looking doesnt change the behavior

is this light?

idk

The blue mirrors are the 50% reflectors. The Green reflect 100%.

it changes which part of the quantum system you're entangled with

ok

The yellow are detectors.

if all quantum systems were untangled would that mean all 10 dimensions align (st)

Is this what they call "collapse of the wave function", or the experiment they derive that concept from?

OH I . KNOW THIS EXPERIMENT

JAVLA IDIOTER

lol

how do you "look" without consciousness?

Consciousness does play a role, materialists just have to explqin it away

```This is one of the most fundamental aspects of quantum physics: looking
at a physical system changes its behaviour```

blue = half silvered mirror, photon is randomly reflected or passed through with 50% probability but it changes phase.

Do you disagree with this part from the text, Fuguer?

only a conscious agent can look though

its an interpretational issue

It's like the perception percept problem

looking at a quantum system changes the behavior you observe

a quantum system is in a superposition of states

Yeah, and they lowered the laser enough so it only shot out one photon as a particle

but once you get into things like quantum eraser

you will realize its absolutely not as simple as observing just collapsing the wavefunction

They've done experiments with no physical interaction that proves the observer plays a role, but they don't tell ppl cuz it would upset the atheist applecard