The quantum level is atomic and subatomic, and cats and worms are not that. They are big.
Er, yes... [this reminds me of an episode of 'Father Ted'].
Not by godless science, how could they know when they limit all their range of vision so severely??
Don't expect them to ever know.
There are a number of interpretations that are consistent with the QM formalism. You can pick one, or you can construct your own. It makes no difference (for now) - the maths is what matters, hence the popular "Shut up and Calculate" view that simply ignores interpretations.
No experiment can be done without man setting it up etc! Not a one.
Quite often nature sets it up and man just has to record the results; for example, the experiments that tested General Relativity - bending of light around the sun during an eclipse, precession of Mercury, gravitational red-shift. The only involvement man had in 'setting up' the experiment was being in the right place at the right time with a telescope and a camera.
But so what?
It is the application that is the problem here, because they way the apply things is a godless way.
How would you do it in a godful(?) way?
Also, when they apply the quantum strangeness to cats and such, they are dreaming. Name one experiment that evidences that living things would be subject to the quantum level rules?
That was the whole
point of Shrodinger's Cat - it was pointing out the absurd implications of the conscious collapse version of the Copenhagen interpretation by a reductio ad absurdum.
Name any such event NOT seen by man!?
Just about everything is the result of quantum processes unobserved by man - we can't see events at that scale. But how about the processes fusing hydrogen to helium deep inside the sun, and the fusion processes in other stars and supernovae that produced the heavier elements such as the stuff we're made of...
What environment exactly are you talking about?
The surroundings; whatever is in the immediate vicinity of the quantum system in question.
You claim that atoms and such are 'observed' by the front lawn?
Not exactly. There is some ambiguity in the semantics of measurement, observation, and observer in quantum physics. In lab work, measurement is done by macroscopic equipment and the results are generally observed by people. But quantum events generally occur at the quantum scale and their immediate effects are not observed - lab equipment is specially configured to make their effects visible at macro scales. At the quantum scale, one can visualise the particle interactions with the quantum system as measurements or observations, and the particles as observers (as in thought experiments). Such interactions (that can, for example, disrupt entanglement) could come from, for example, air molecules, i.e. the local environment.
I suggest that man can affect things also, not just by looking at or observing atoms, but by making a choice to pray and change the outcome! Maybe the reason it is unclear and variable and subject to probability, is because the outcome depends on God and man! Science could never see that. So it gropes in the dark.
You can pray all you like - praying to influence the outcome of a quantum event is as likely to succeed as praying for the two-times table to contain some odd numbers.
Is nature really this weird? Or is this apparent weirdness just a reflection of our imperfect knowledge of nature?
It really is this weird. Numerous careful experiments (e.g. testing for
Bell's inequalities) have confirmed that there is no way hidden variables can explain the results, and it is not due to our imperfect knowledge of the quantum system.
The
answer depends on how you interpret the equations of quantum mechanics, the mathematical theory that has been developed to describe the interactions of elementary particles."
http://www.nytimes.com/2015/02/22/opinion/sunday/the-reality-of-quantum-weirdness.html?_r=0
That's the teaser; if you read further on in the article, you'll find this:
New York Times said:
If the wave function is merely knowledge-based, then you can explain away odd quantum phenomena by saying that things appear to us this way only because our knowledge of the real state of affairs is insufficient. But the new paper in Nature Physics gives strong indications (as a result of experiments using beams of specially prepared photons to test certain statistical properties of quantum measurements) that this is not the case. If there is an objective reality at all, the paper demonstrates, then the wave function is in fact reality-based.
This reinforces the results of the tests of Bell's inequalities.