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

lol no

Quantum Eraser again?

It's an elimination?

It is technically a measurement interaction that that brings the wave into the particle?

like chalk being in the presence of the beam?

High Orbit discussions

quantum eraser is where you observe the path in the double slit experiment, but you later on precisely destroy that information in a quantum way so it cannot leak back into the environment

if you do that, you recover the interference pattern as if you had never observed it

Conscious knowledge of the system is the key not a physical measurement per se

@fuguer undo

>we have convo about physics
>dashi posting brown women
I am never unblocking dashi again. can we ban this guy already?

That makes me think of Penrose's "amnesia" theory

https://twitter.com/HoleNeeder/status/1204164335062470656?s=20

For new Universes

Kek

The convo needs some scenery

so, its not that observing causes collapse, its that if your current state has a memory of interacting with a quantum system, you cant interact with a superposition of it that would contradict that previous measurement

he's harmless

unless you delete all traces of the measurement

I need to read this for myself.

Hm

This is hard to believe. I think I no longer can believe realism.

Ultra Big Brained

https://en.wikipedia.org/wiki/Quantum_eraser_experiment

Yes Rhythm this is why I said QM is upstream of philosophy for me

@fuguer so could you say the idea of infinite dimensions is the same as the idea of infinite memory patterns?

I am going to take it step by step of the text book I got for now, Fuguer. Thanks though, but I am going to take it slowly.

retrieval in qm is pretty interesante

Li Chengfeng from the quantum information laboratory of the Chinese Academy of Sciences developed a solid-state quantum memory and demonstrated the photon computing function using time and frequency.

rare earth ion-doped crystals

Diamond has very high Raman gain in optical phonon mode of 40 THz and has a wide transient window in a visible and near-infrared band, which makes it suitable for being an optical memory with a very wide band. After the Raman storage interaction, the optical phonon decays into a pair of photons through the channel, and the decay lifetime is 3.5 ps, which makes the diamond memory unsuitable for communication protocol. **problem is, it only lasts 10 seconds**