874
Gottem
(mander.xyz)
A place for majestic STEMLORD peacocking, as well as memes about the realities of working in a lab.

Rules
This is a science community. We use the Dawkins definition of meme.
I have to comment this every time people post it, because they don't actually understand it. They only understand the mystical view of quantum mechanics, which isn't real.
Observation, in the case of this experiment, has nothing to do with humans looking at it. It has to do with the particle/wave interacting with something, which causes the waveform to collapse into a single particle. The reason this happens is because any interaction requires the information to be known, so it can't be wave-like anymore. It has nothing to do with consciousness or anything like that. It only has to do with an interaction that requires information to be discrete.
Maybe they shouldn't have been refering to it as OBSERVATION then poindexters, don't get mad when you confuse the laymen and he get annoyed.
For real, the amount of "smart" people saying this actually had an effect via human sight had me not understand how this shit worked for years cuz that made absolutely no sense, as it turned out all those 'smart' people turned out to just be parrots not understanding wtf they're talking about.
I totally agree. "Observe" was a bad choice of words, but it stuck. It should have been "interacted with", or "measured", or something like that.
BTW, before a detector aparatus can be created, many physics results were (are?) identified through observation, which might include a measurement or might be qualitative.
Sincerely yes, we can just stop saying observation and start saying interaction or something else less confusing
The point is that you can't observe anything without some kind of interaction. Even just looking at something requires bouncing light off of it.
We're used to our observations seeming passive because light is often hitting the things anyways, but the double slit experiment forces the point because the subjects of the experiment are so small that even just using ways of observing them affects the outcome of the experiment.