Comments by "Lepi Doptera" (@lepidoptera9337) on "The Uncertainty Principle: What Does It Mean, How Does It Work?" video.

Those experiments are nowhere close to the limits of the uncertainty relations. There are very few physics experiments that are getting close. I believe the position measurement of the LIGO interferometer mirrors is one example of that.
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@honeydavis5568 An electron is nowhere. It's a quantum of energy. Unless such a quantum gets detected its nowhere. And once it does get detected, the only thing we are learning is where we put our detectors, because that is the only place where it can be.
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Why are you telling us that you weren't paying any attention in science class? ;-)
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@tomnoyb8301 de Broglie's ideas are half-baked and at the fundamental level completely wrong. I would suggest you take a real quantum mechanics class. ;-)
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@tomnoyb8301 There are neither particles nor waves. Both phenomena are just statistical properties of quanta, which are small amounts of energy. All of this can be derived with maybe a dozen pages of slightly above high school level math from Kolmogorov's axioms and special relativity IF you know what you are actually looking at. de Broglie didn't. von Neumann might have been the first person who had it actually figured out completely (in 1932). Most people have simply not caught up with the state of the art from 90 years ago.
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