International Mathematics Research Notices · 2019 · 14 citations · 16 references
Natural SciencesMathematicsAlgebraCombinatoricsDiscrete MathematicsAlgebraic Number TheoryArithmetic GeometryCombinatorial Number TheoryUpper Bound Theorem
Abstract In this paper we study universal quadratic polynomials, which arise as sums of polygonal numbers. Specifically, we determine an asymptotic upper bound (as a function of $m$) on the size of the set $S_m\subset{\mathbb{N}}$ such that if a sum of $m$-gonal numbers represents $S_m$, then it represents ${\mathbb{N}}$.
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