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In mathematics, Kronecker's congruence, introduced by Kronecker, states that

${\displaystyle \Phi _{p}(x,y)\equiv (x-y^{p})(x^{p}-y){\bmod {p}},}$

where p is a prime and Φ_p(x,y) is the modular polynomial of order p, given by

${\displaystyle \Phi _{n}(x,j)=\prod _{\tau }(x-j(\tau ))}$

for j the elliptic modular function and τ running through classes of imaginary quadratic integers of discriminant n.

References

• Lang, Serge (1987), Elliptic functions, Graduate Texts in Mathematics, vol. 112 (2nd ed.), Berlin, New York: Springer-Verlag, ISBN 978-0-387-96508-6, MR 0890960

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