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20,905 Views • Aug 22, 2024 • Click to toggle off description
#shorts
This video show the classic experiment which shows the wave particle duality of all quantum objects - the double slit experiment.
Views : 20,905
Genre: Science & Technology
License: Standard YouTube License
Uploaded At Aug 22, 2024 ^^
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RYD date created : 2024-09-25T11:44:48.753077Z
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73 Comments
Top Comments of this video!! :3
The electron is just a "node" in the wavefuction of the electric field. The field itself is creating the interference pattern. When the electron is "measured", the waveform is disturbed at that point and decoherence takes place. Like grabbing a point in a waving string.
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How is that electron passing through the slit, measured?
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Does each single electron pass through the slits? Or only a few of those sent one by one?
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explain how the experiment produces interference patterns when putting a measurement device to observe the particles, but quietly unplug it, as if to make the particles "think" that they are being watched. It should produce no interference patterns.
Or the delayed choice experiment, where the particles are only observed AFTER they pass through the slits, showing they pass through as waves but still produce a no interference pattern in the screen.
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how do you measure electrons path??
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The photon does NOT go through both slits at the same time and interfere with itself (Noble prize winner Richard Feynman). That is just an analogy we use to try to grasp it. Quantum superposition is a thing unto itself that we can only try to grasp by such analogies. Watch the Feynman lectures.
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I don't understand it. How is the experiment done ? How do they measure electrons ? These videos don't explain anything we need to know much more details to understand this.
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Is one of those truths that is difficult to resolve.
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I think there are some mistakes,misconceptions about that. Eugene khutoryansky has explained it in her video, (quantum mechanics)
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Also what is the difference, to an electron, between matter and air? The material that supposedly "prevents" the electron from going through it, the material surrounding the slit, is neutronium?
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Why does single electron not show wave functionality here!!!
One answere is a single wave function never interferes although passes through any number of slits.
For interference 2 or more wave functions must be present.
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What happens to the patterns under identical conditions except where the material that the slit is in is changed? Copper vs. rubber, for example.
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The pattern on the screen is observed by consciousness after some time. Consciousness plays no part in observing the "individual particle" or which slit it "went" through.
The meaning of the pattern CANNOT be verified. It can only be inferred.
Waves and particles? What do we mean by those two terms? The possibilities in those two terms cannot be proven to be contradictory can they? After all a small enough wave packet can look like a particle, and a molecule of h2o can be in an ocean wave, can't it?
The experimental set up does not consist of mutually exclusive, contradictory meanings. Only an experiment that consists of binary, mutually exclusive, contradictory, meanings could provide a definitive answer. Are there any binary, mutually exclusive, contradictory properties that science can measure? I don't think there are, I'll have to think further. I do know that quantity and quality (like color) are not sufficiently adequate to the task of drawing meaningful distinctions at those small expanses.
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The observation is not passive, it is active, so it is an interference to the foton changing its behaviour.
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IT DOES NOT GO INTO TWO SLITS u can test that it doesnt give the same result. its not going through and two slits it is in a quantum superposition its something new, u cant describe it with previous language it is its own thing
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I had the glass plate with the pattern in my hand from the very first time this experiment was done with electrons :-)
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Life exists on many levels
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Decoherence?
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our eyes are like a biological double slit interpretation system, our brains interpret the interference patterns on our retinas to form the images we see
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@ArvinAsh
3 months ago
How do particles behave when NO ONE is looking? https://youtu.be/Zm1xhph9iHY
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