it can explain almost everything, it just cant predict all outcomes

basically we need better resolution at smaller scales to really see what's happening. qm is predictive, but not an exact model of reality.

the biggest problem is QM treats time and space as absolute, when we know theyre not

theyre emergent

we dont need better resolution.... QM is an exact model of reality or very close

We don't really go smaller anymore. We get more abstract to account for different cases and observations.

yeah VERY close.

JQM

the fuzziness of quantum predictions is a consequence of our inability to measure exact quantum states

and the reason we cant is because there's no operator for them

das tru

an operator is a hermitian matrix you can multiply the wavefunction by to obtain a measurement

das rite

hermitian is a fancy way of saying symmetric matrix when the matrixes are complex valued

tru

yes.

W = wavefunction, P = position operator. WxP = observed position of particle

uhuh

The reason we have uncertainty principle is because matrixes dont always commute

meaning that W x P x M != W x M x P (M = momentum operator)

What is the result of a quantum calculation?

WPM != WMP

Like what kind of thing do you get?

a quantum calculation is just multipying complex valued matrices

and you get a number

bait a likelihood

i honestly believe if we could slow down time enough we could see quantum jumping in action. it's just too fast for us to measure. hence the resolution issue again. i think my brain is way too ingrained with the classical model. I feel there needs to be a progression, that it doesn't just go *poof* and the particle has changed state.

a probability

of observing the particle at that location

Here's what I think.... the jumping is all there is because time isnt continuous

if it more than half . its 1

jew physics

what we perceive as time is just the connectedness of different possible configurations

in the Hilbert space

picture all possible configurations laid out in a grid

yeah i can kind of imagine pockets where time curves around it or something. so we can't see the intermediate state. i dunno.

uhuh

connected by how many differences each configuration has

yes theres intermediate states that can never be observed those are virtual particles in a feynman diagram

`quantum judaism`

honestly if jews stick to STEM im happy for them