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Erwin schrödinger atomic theory4/5/2024 So, if a train is passing through the doorway at one end, the door will be open. The doors are closed at all times except when there's something underneath it. On each end of the tunnel is an automatic door. The tunnel is slightly longer than the train when the train is sitting still. Now imagine this train is approaching a tunnel. If it senses light it's safe, but if it gets dark, it'll blow up. On that train is a bomb that is triggered by the lack of light. But of course, that all depends on your frame of reference.Now, suppose you have a bullet train that travels near the speed of light. Similar to Schroedinger's Nuke is an example that my high school physics teacher gave us to try and explain some of Einstein's theories of relativity.*From Einstein, we learn that as you approach the speed of light, things get longer and take up more space. If we attempt to measure this meowing, scratching, thermal energy, or even *incidentally* observe it, we have collapsed the waveform because of the interaction between our measuring equipment (maybe eyes, maybe ears) and the inside of the box.At least as this non-physicist understands it.quote:So can't you know, in a strict epistemological sense, the state of the bomb inside the box without collapsing the probability waveform of the bomb? Nope, if what I wrote above is true. Things like meowing, scratching, thermal energy, etc. But a cat also sends info out without being prompted from the outside. When the bomb explodes, it sends info out without being prompted from the outside. You don't have to fire photons in to get info out. Here's my attempt:quote:Originally posted by PhysicsGuy:You don't need to interact with the box to know the bomb didn't go off. I don't think NotContinuum is approaching it from the right angle.
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