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eljose79
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in fact i think bell,s theorem says no, but i do not know if there are another thing that would allow it to be true..is bohmian mechanics true?...if not why people continues working on it...?
Originally posted by selfAdjoint
Bell's conjecture, and the experiments beginning with Aspect's that confirmed it, ruled out a broad class of hidden variable theories, but not Bohm's.
Bohmian mechanics, also known as de Broglie–Bohm theory, is a theory of quantum phenomena that offers an alternative interpretation of quantum mechanics. It was proposed by physicist David Bohm in 1952 and is based on the idea that particles have definite positions and trajectories, even at the quantum level.
Bohmian mechanics is different from other interpretations, such as the Copenhagen interpretation, because it does not involve wavefunction collapse or the idea of measurement. Instead, it posits that particles have definite positions and trajectories at all times, and that the wavefunction simply guides the motion of these particles.
No, Bohmian mechanics is not a widely accepted theory in the scientific community. While it has gained some popularity in recent years, it is still considered a minority interpretation of quantum mechanics and is not widely taught or used in research.
There is currently no consensus on the validity of Bohmian mechanics. Some proponents of the theory point to its ability to reproduce the same results as traditional quantum mechanics in many cases, while others argue that it is not supported by experimental evidence and is too complex to be a viable alternative to other interpretations.
No, like all interpretations of quantum mechanics, Bohmian mechanics cannot be proven to be true. It is a mathematical framework for understanding quantum phenomena and, as such, cannot be directly tested. However, experiments can be designed to test the predictions of Bohmian mechanics and compare them to other interpretations.