Neutrino and Gravity
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概要
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Since the neutrino is completely polarized along its travelling direction, a β-decay results in the loss of angular momentum from the universe. As a result of its recoil, the universe begins to rotate, thus violating the mirror symmetry of space. Although the average rotational motion vanishes due to random β-decays, the mean square angular velocity remains finite. This causes the centrifugal acceleration which, according to the equivalence principle, should be equated to the gravitational acceleration due to the loss of neutrino energy. This could take a part in the origin of gravity ; the value of the gravitation constant calculated by the above idea is not unreasonable.
- 理論物理学刊行会の論文
- 1959-02-25
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