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[Merged by Bors] - doc(group_theory): fix normalizer
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The _smallest_ subgroup of `G` inside which `H` is normal is `H` itself. The _largest_ subgroup of `G` inside which `H` is normal is the normalizer.
bryangingechen
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Apr 17, 2021
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Thanks!
bors r+
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The _smallest_ subgroup of `G` inside which `H` is normal is `H` itself. The _largest_ subgroup of `G` inside which `H` is normal is the normalizer. Also confirmed by Wikipedia (see the 5th bullet point under "Groups" at [the list of properties of the centralizer and normalizer](https://en.wikipedia.org/wiki/Centralizer_and_normalizer#Properties)), because it's good to have independent confirmation for something so easy to confuse.
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bors bot
pushed a commit
that referenced
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Apr 17, 2021
The _smallest_ subgroup of `G` inside which `H` is normal is `H` itself. The _largest_ subgroup of `G` inside which `H` is normal is the normalizer. Also confirmed by Wikipedia (see the 5th bullet point under "Groups" at [the list of properties of the centralizer and normalizer](https://en.wikipedia.org/wiki/Centralizer_and_normalizer#Properties)), because it's good to have independent confirmation for something so easy to confuse.
Build failed (retrying...): |
bors bot
pushed a commit
that referenced
this pull request
Apr 17, 2021
The _smallest_ subgroup of `G` inside which `H` is normal is `H` itself. The _largest_ subgroup of `G` inside which `H` is normal is the normalizer. Also confirmed by Wikipedia (see the 5th bullet point under "Groups" at [the list of properties of the centralizer and normalizer](https://en.wikipedia.org/wiki/Centralizer_and_normalizer#Properties)), because it's good to have independent confirmation for something so easy to confuse.
Pull request successfully merged into master. Build succeeded: |
normalizer
docstringnormalizer
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The smallest subgroup of
G
inside whichH
is normal isH
itself.The largest subgroup of
G
inside whichH
is normal is the normalizer.Also confirmed by Wikipedia (see the 5th bullet point under "Groups" at the list of properties of the centralizer and normalizer), because it's good to have independent confirmation for something so easy to confuse.