A field has characteristic zero when no positive integer multiple of its identity vanishes. Equivalently, its prime field is isomorphic to Q. Every irreducible polynomial over such a field is a separable polynomial.
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- Adjoint semisimplicity in the symplectic Lie algebra
- Ado's theorem
- Alternating polynomial
- Associative Lie product
- Classification of three-dimensional perfect Lie algebras
- Complexification fibres of a real scheme
- Conjugacy of Cartan subalgebras of the symplectic Lie algebra
- Graded Poincaré–Birkhoff–Witt theorem
- Initial coefficients of the elliptic formal group at infinity
- Jacobi identity
- Killing form of the general linear Lie algebra
- Milnor–Moore theorem
- Newton's identities
- Number field
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- Polarization spanning of symmetric tensors
- Prime field
- Quadratic branch parity criterion
- Resultant as a product over roots
- sl2 matrix commutator example
- Split semisimple Lie algebra
- Symplectic centralizer decomposition
- Toral subalgebra
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