Masser and Vaaler have given an asymptotic formula for the number of algebraic numbers of
given degree
and increasing height. This problem was solved by counting
lattice points (which correspond to minimal polynomials over
) in a homogeneously
expanding star body in
.
The volume of this star body was computed by Chern and Vaaler, who also
computed the volume of the codimension-one “slice” corresponding to monic
polynomials; this led to results of Barroero on counting algebraic integers. We show
how to estimate the volume of higher-codimension slices, which allows us to count
units, algebraic integers of given norm, trace, norm and trace, and more. We also
refine the lattice point-counting arguments of Chern-Vaaler to obtain explicit error
terms with better power savings, which lead to explicit versions of some results of
Masser–Vaaler and Barroero.
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