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Natural Science Forum / Physics / Particle Physics / July 2007Bell's theorem denied local hidden variables, indeed or not?
I believe that the future is determined entirely. At the same time I believe that I can not know the future. And I believe that there are local hidden variables. For me, Einstein is the God. A: "Bell's theorem denied local hidden variables." My question is "the sentence A is right, indeed or not?" I noticed that there is an assumption in the Bell's theorem. Assumption: "Local hidden variables are in the PARTICLES and NOT in the SPACE." If there were local hidden variables in the space, these variables would act like the global variables. The global variables seem like constant (for example, Planck's constant). There are the same interference to the particles between point A and point B. Considering the constant like local hidden variables in the space, Bell's theorem should be modified. Summary: There is an assumption in Bell's theorem. The concept of local hidden variables is still alive. Please tell me what is wrong. About the local hidden variables in the SPACE "Light Quantum" was discovered by Einstein. At the observation, every photons should have planck's constant. Since photon can not stop, their energy is determined. Not at the observation, they are only waves. Here, I think that planck's constant belongs to the space. At the observation, every particles should have planck's constant. It means that there are the same interference from the space. Consequently, assuming the same interference from the space, "local hidden variables in the particles" are still alive. Einstein is not the god, but a human being. So "Light Quantum" and SR are not independent with each other. I am sorry for my bad English, and the lack of professional knowledge. a. local hidden variables b. the same interference from the space at the observation My Conclusion: QM = a + b In bell's theorum, there are no concepts of b. After the same interference, particles are observed. The same interference is related with planck's constant. Planck's constant belongs to the space. How to make sure: Change the local hidden variables before observation. |
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