The monodromy conjecture for high order poles, and norms of residue antiderivatives
Abstract
The study proves the strong local monodromy conjecture for high-order poles of the naive motivic zeta function and constructs explicit homology eigencycles near exceptional strata using topological and birational methods.
We prove the strong local monodromy conjecture for poles of order at least n-1 of the naive motivic zeta-function for a complex polynomial of n variables. Moreover, for every such pole s, we construct an explicit homology exp(2πi s)-eigencycle in a neighborhood of any given 1-dimensional exceptional stratum contributing the pole. The proof combines topological techniques developed by the author with a fact of birational geometry discovered by AI.
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