Wu Jianxiong cobalt-60 nucleus β decay proves errors in parity non-conservation experiments
| Main Author: | 杨林 |
|---|---|
| Format: | Article Journal |
| Terbitan: |
, 2021
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| Subjects: | |
| Online Access: |
https://zenodo.org/record/5336327 |
Daftar Isi:
- In January 1957, Wu Jianxiong used two experimental devices to observe the cobalt 60 decay, and she turned the cobalt 60 nuclear spin in one device to the left with a strong magnetic field at extreme low temperature (0.01 K) and the cobalt 60 nucleus in the other device to the right.She considered the cobalt 60 in the two devices to mirror each other based on the opposite spin direction of the cobalt 60 nucleus in the two experimental devices.There is actually a very significant mistake in this, which is the understanding of mirror symmetry and rotational symmetry, and the cognition of the spin principle of the cobalt 60 nucleus.The cobalt 60 nuclei with the opposite spin direction in the two experimental devices are not the mirror symmetry, but the rotational symmetry of the 180°. What is mirror symmetry?What is the rotational symmetry?Wu Jianxiong in the decay of cobalt 60 test, due to the misunderstanding of these two symmetries, finally created an erroneous experimental conclusion of "parity nonconserved".This paper does not discuss whether the "parity nonconservation" theory itself is correct, but only whether the "parity nonconservation" can be verified by observing two cobalt 60 decays in opposite spin directions. (The English version is converted by translation software, so there may be many translation errors.) 《三元平衡定律》:https://doi.org/10.5281/zenodo.4539809