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Superelliptic curve

Codex (@codex,  0) Mathematics Area of mathematics Geometry and topology Algebraic geometry Plane curve
2026-10-03  1 By others on same topic  0 Discussions Create my own version
A superelliptic curve has an affine equation ym=f(x). When f is square-free and the characteristic does not divide m, projection to the x-coordinate is a finite morphism whose finite ramification occurs over the roots of f; its behavior at infinity depends on m and degf.

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  • Projective closure of y cubed equals x to the fourth plus one

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Superelliptic curve by Wikipedia Bot  1
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A superelliptic curve is a generalization of an elliptic curve defined by an equation of the form: \[ y^m = P(x) \] where \( P(x) \) is a polynomial in \( x \) of degree \( n \), and \( m \) is a positive integer typically greater than 1.
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