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>>15834
>the very act of observing
god, this is the most simplistic and retarded thing...
yes, the quantum zeno effect is a real thing.
it’s basically when you measure an atom so often that you "freeze" it in its current state.
but “measuring” in quantum mechanics is never just about staring at something really hard, you have to *physically interact* with the atom, like shooting it with a laser or using a detector.
think of it like a photographer who keeps taking rapid-fire photos.
if your subject was an atom, the subject you're photographing would "reset" them to the same position every single time, because they're getting zapped by a laser (actually hit with photons from laser beams).
that's what's happening to the atom.
it’s not your mind that’s holding it in place, it's the constant measurements.
so when that paper talks about "inhibiting the transition of atoms," they mean that frequent measurements attempt to "lock" the atom in a certain state.
they're not saying your thoughts magically control the atom.
they're saying that shining the laser (or whatever detection method) on it over and over keeps it from moving to another state as often as it would without all those measurements.
the heisenberg uncertainty principle still applies here.
by measuring one thing (like the atom's position) constantly, you lose track of something else (like its momentum).
you don't get a definite measurement, because you're just focusing on one aspect so much that it locks the system into that aspect.
bottom line:
"observation" in quantum physics = physical interaction with the system.
you're not just “seeing” it and commanding it with your mind.
you're poking it with lasers or detectors, and that's what keeps it from changing states as quickly.
there's nothing mystical about it. hitting atoms with photons from the laser (aka the light itself) is like a car hitting a utility pole.
once the collision happens, you can no longer observe the car's momentum.
it's stopped or altered—but you can measure its size, shape, or other details in that moment.
the catch is, unlike a car, an atom doesn't stay still.
it almost immediately starts moving again, so if you want more information, you have to keep slamming it into poles (or in the case of atoms, bombarding it with photons). each time, you get a snapshot of the state, but again, each time a photon hits it, it cranks it back up and moves again.