Bentovs' Pedulum (or metronome) does fail, but not for the reason you seem to think.
The pendulum is merely an analog for the behavior of a single particle, it does not describe an actual pendulum. As an analog, it is merely "similar to" - not "equal to", otherwise it would be an isomorphism.
You are correct that aggregates interfere with themselves internally, a single particle cannot be predictable yet a group of particles combined are subject to statistical behavior. All we ever experience of a real pendulum is the surface "average" of all it's individual particles together. If that statistical average is actually collapsing the wave function of each particle entangled within that object on it's own without an observer, then it contradicts the Copenhagen interpretation which insists that wave functions collapse only at the moment of measurement. This is why squirells laugh. (but I could be wrong)
As far as how measurements are made, do you want a photo or a movie?
Photo/Movie
Position/Momentum
Particle/Wave
In simple experiments, cloud chambers can be fun to watch.
Oh, and the failure of Bentovs' pendulum is the fact that at that "no-second" of time between going one direction and the other where he claims it "balloons out" does not take into account that only at that moment is when the pendulum can change direction and that rotation is a form of motion.
The pendulum is merely an analog for the behavior of a single particle, it does not describe an actual pendulum. As an analog, it is merely "similar to" - not "equal to", otherwise it would be an isomorphism.
You are correct that aggregates interfere with themselves internally, a single particle cannot be predictable yet a group of particles combined are subject to statistical behavior. All we ever experience of a real pendulum is the surface "average" of all it's individual particles together. If that statistical average is actually collapsing the wave function of each particle entangled within that object on it's own without an observer, then it contradicts the Copenhagen interpretation which insists that wave functions collapse only at the moment of measurement. This is why squirells laugh. (but I could be wrong)
As far as how measurements are made, do you want a photo or a movie?
Photo/Movie
Position/Momentum
Particle/Wave
In simple experiments, cloud chambers can be fun to watch.
Oh, and the failure of Bentovs' pendulum is the fact that at that "no-second" of time between going one direction and the other where he claims it "balloons out" does not take into account that only at that moment is when the pendulum can change direction and that rotation is a form of motion.

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