/sci/ - Science & Math

particles are modeled as wave-packets that represent a probability of finding the position of a single volume-less particle, but if the particle has no size and occupies no volume, wouldn't such a probability distribution have an infinite amount of particle superposition no matter what region of local space you're dealing in is if that space is nonzero? since an infinite amount of points could occupy it in theory? like if you say at coordinate (x,y,z) there is a probability of finding the particle there valued as P, then if you take infinitesimally larger or smaller values for x,y,z and measure the probabilities what happens? do they just smoothly distribute?

wouldn't this lead to probabilities approaching zero for every point if you wanted to preserve unitarity?

can the vectroids which model a hyperchordal clifford algebra be dendritic to a graph that retains its commutation weights by taking the logs of a jacobian much like a mandlebrot expression would? pic unrelated.

yes waves can wave on waves, that's where all the quantum shit comes from.

but it's important to know that the underlying force is always an electromagnetic one; a wave is a wave.

the frequency, wavelenght and amplitude is what gives it it's different properties though.

e.g. lower frequencies express themselves as kinetic phenomena to our senses, higher frequencies as luminescent and even higher ones as energetic.

what resource do you guys use for finding out the direction of preveailing currents on the ocean floor?

i'm trying to grasp where placer deposits will be, and rather than just look for every single undulation i figured looks for currents made more sense first and foremost.

>>8624078
it is

what do you think is going on?

to this?

this thread can be interesting