Editing Talk:2364: Parity Conservation
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:I'm also not exactly sure what you mean, but if you're asking about using a mirror to conduct an experiment in reality, the answer is no. Particles in our world will either pass through a mirror or reflect off of it. Either way, they're still in our world. Mirrors are of use when we want to see how reflection works (assuming the mirror reflects the particles concerned). The benefit to enlisting Bloody Mary's help here seems to be that she is located in another location inside or connected to the mirror, which is why she has to perform the measurements; the measurements can't be performed outside her secondary universe. The experiment here confirms whether her universe and our universe work in the same way. [[User:Nathan|Nathan]] ([[User talk:Nathan|talk]]) 06:39, 26 September 2020 (UTC) | :I'm also not exactly sure what you mean, but if you're asking about using a mirror to conduct an experiment in reality, the answer is no. Particles in our world will either pass through a mirror or reflect off of it. Either way, they're still in our world. Mirrors are of use when we want to see how reflection works (assuming the mirror reflects the particles concerned). The benefit to enlisting Bloody Mary's help here seems to be that she is located in another location inside or connected to the mirror, which is why she has to perform the measurements; the measurements can't be performed outside her secondary universe. The experiment here confirms whether her universe and our universe work in the same way. [[User:Nathan|Nathan]] ([[User talk:Nathan|talk]]) 06:39, 26 September 2020 (UTC) | ||
::I guess what I'm trying to say is like, imagine the image on the mirror, but mirrored onto our side of the mirror, so you get a near 2d hologram. That was a terrible job of explaining, but maybe it offered some insight? [[User:Donthaveusername|Donthaveusername]] ([[User talk:Donthaveusername|talk]]) | ::I guess what I'm trying to say is like, imagine the image on the mirror, but mirrored onto our side of the mirror, so you get a near 2d hologram. That was a terrible job of explaining, but maybe it offered some insight? [[User:Donthaveusername|Donthaveusername]] ([[User talk:Donthaveusername|talk]]) | ||
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: I don't understand physics very well, but my simplistic understanding is that the electric and magnetic field components of the photons that are normal to the surface of the mirror are indeed actually mirrored. I don't believe the orientation of the photons, like that filtered by 3d glasses to separate the eyes, is mirrored. I could be wrong. [[Special:Contributions/162.158.62.245|162.158.62.245]] 16:30, 26 September 2020 (UTC) | : I don't understand physics very well, but my simplistic understanding is that the electric and magnetic field components of the photons that are normal to the surface of the mirror are indeed actually mirrored. I don't believe the orientation of the photons, like that filtered by 3d glasses to separate the eyes, is mirrored. I could be wrong. [[Special:Contributions/162.158.62.245|162.158.62.245]] 16:30, 26 September 2020 (UTC) | ||
:: The "orientation" you speak about is called polarization and I suspect mirror destroys it. -- [[User:Hkmaly|Hkmaly]] ([[User talk:Hkmaly|talk]]) 18:53, 26 September 2020 (UTC) | :: The "orientation" you speak about is called polarization and I suspect mirror destroys it. -- [[User:Hkmaly|Hkmaly]] ([[User talk:Hkmaly|talk]]) 18:53, 26 September 2020 (UTC) |