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efaizi
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Does the Bell inequality confirms the quantum mechanics? If answer is yes, why the violation of Bell inequality is more famous?
efaizi said:Does the Bell inequality confirms the quantum mechanics? If answer is yes, why the violation of Bell inequality is more famous?
The Bell Inequality is a mathematical expression that tests the relationship between local hidden variables and quantum mechanics. It was developed by physicist John Stewart Bell in the 1960s as a way to determine if quantum mechanics could be described by local hidden variables.
The Bell Inequality is used to test the validity of quantum mechanics by comparing it to the predictions of local hidden variable theories. If the inequality is violated, it suggests that quantum mechanics is a more accurate description of reality than local hidden variable theories.
A violation of the Bell Inequality occurs when the predictions of quantum mechanics differ from those of local hidden variable theories. This suggests that quantum entanglement, a key principle of quantum mechanics, cannot be explained by local hidden variables and supports the idea that quantum mechanics is a more accurate description of reality.
The violation of the Bell Inequality is significant because it confirms the validity of quantum mechanics and disproves the idea of local hidden variables. This has important implications for our understanding of the fundamental nature of reality and has led to advancements in fields such as quantum computing and cryptography.
The Bell Inequality is tested through experiments that measure the correlations between entangled particles. The current results show that the Bell Inequality is consistently violated, supporting the validity of quantum mechanics. However, there have been ongoing debates and further experiments are still being conducted to fully understand the implications of the Bell Inequality.