Quite; the larger the object the shorter its wavelength. They've been probing the limits of detectable wave-particle duality and so far they've achieved double-slit duality in molecules of up to 800 atoms (5000 protons, 5000 neutrons and 5000 electrons). That's quite impressive.Notice they don't use cats in double slit experiments? There is a reason.
The calculations tell you what will happen (probabilistically); the interpretations are attempts to understand what the calculations mean in the world. Much as the inverse-square law tells you how gravity reduces with distance and General Relativity interprets this in terms of a distortion of the spacetime metric.No it doesn't! One interprets the numbers. Having a godless interpretation merely shows that one has translated their religion into numbers!
There's no way to know anything for sure, but if your model consistently makes correct predictions of what you can observe, it's a useful model. We take the universe as we find it - if GR predicts the bending of light around massive objects (the sun, gravitational lensing of remote galaxies, etc) and we see those effects in the universe, we provisionally accept it as a good model. If the absorption lines in the spectra of stars matches the absorption lines of elements in the lab, we take that as an indication that they contain the same elements. The more independent lines of evidence we have that the distant universe behaves as our model predicts, the greater the confidence we can have in our model as a good representation.There is no way to know if that really applies to the far universe as it does in the solar system fishbowl of man. The effects that appear to be bending light require a basic space and time to exist. Otherwise, we do not know distances, or time involved, or sizes of objects around which light seems to bend..etc. Now let's see you apply the quantum level to the stars.
It's creation that's the assumption. The early astronomers & cosmologists assumed a geocentric universe within a fixed shell of point-like stars. It was their detailed observations of the universe that eventually convinced them that it couldn't be a correct model. Assumptions have repeatedly been falsified by observations, leading to new or more refined models.You would not start off assuming that we need some other explanation for the universe than creation! Then, you would not assume you know it all regarding the unknown far universe, or quantum level. Need more?
Lol! fortunately, your lack of belief has no effect on it. It can't be proved, but multiple independent lines of evidence show it behaves exactly as one would expect if that was the case - and a galaxy of stars follows suit.I don't believe the sun works like that, sorry. Nor can you prove it. Total belief based theory.
If that was the case, we'd have clear, unequivocal evidence of it. We don't.Not to a believer. It is like making a phone call!
You realize you're saying our choice is stochastic? i.e. a random selection according to a probability distribution?Right, so it is not pre determined, but subject to some sort of different possibility. Our choice is like that!
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