Abstract

For a region Ω⊂CΩ\subset\mathbb{C} denote by Ψ(Q;Ω)Ψ(Q;Ω) the number of complex algebraic numbers in ΩΩ of degree ≤n\leq n and naive height ≤Q\leq Q. We show that Ψ(Q;Ω)=Qn+12ζ(n+1)∫Ωψ(z) ν(dz)+O(Qn),Q→∞, Ψ(Q;Ω)=\frac{Q^{n+1}}{2ζ(n+1)}\int_Ωψ(z)\,ν(dz)+O\left(Q^n \right),\quad Q\to\infty, where νν is the Lebesgue measure on the complex plane and the function ψψ will be given explicitly.

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