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removed ambiguity part, which is obsolete (lattices and lattice-theory are now clearly distinguished)
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YCor
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This tag is ambiguous, so we recommend against its use. See http://meta.mathoverflow.net/a/1761/121

Questions with this tag tend to be about either partially ordered sets, or discreteDiscrete subgroups of Lie groups, or finite rank free abelian groups equipped with a quadratic form.

This tag is ambiguous, so we recommend against its use. See http://meta.mathoverflow.net/a/1761/121

Questions with this tag tend to be about either partially ordered sets, or discrete subgroups of Lie groups, or finite rank free abelian groups equipped with a quadratic form.

Discrete subgroups of Lie groups, or finite rank free abelian groups equipped with a quadratic form.

ambiguous tag
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S. Carnahan
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Lattices as they are used in number theoryThis tag is ambiguous, so we recommend against its use. See http://meta.mathoverflow.net/a/1761/121

Not to be confused with lattice theory (as in universal algebra and lattice theory), nor with lattices as used in physics! Questions with this tag tend to be about either partially ordered sets, or discrete subgroups of Lie groups, or finite rank free abelian groups equipped with a quadratic form.

Lattices as they are used in number theory.

Not to be confused with lattice theory (as in universal algebra and lattice theory), nor with lattices as used in physics!

This tag is ambiguous, so we recommend against its use. See http://meta.mathoverflow.net/a/1761/121

Questions with this tag tend to be about either partially ordered sets, or discrete subgroups of Lie groups, or finite rank free abelian groups equipped with a quadratic form.

Lattices as they are used in number theory.

Not to be confused with lattice theory (as in universal algebra and lattice theory), nor with lattices as used in physics!

Lattices as they are used in number theory.

Not to be confused with lattice theory (as in universal algebra and lattice theory), nor with lattices as used in physics!

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