activity
20232026
most citedA dichotomy for -convex fields with a monomial group

1 citations · 1 across the 6 of their papers we have counts for

collaborators

6 papers

math.LO2026

Building trees in large fields

Elliot Kaplan, Angus Matthews, Erik Walsberg

We show that large rosy fields are bounded, and substantially simplify the proofs that large stable fields are separably closed and that large simple fields are bounded. Our proofs…

math.LO2026

Geometric fields, ranks, and generic derivations

Antongiulio Fornasiero, Elliot Kaplan, Angus Matthews

In this note, we show various minimality results for a geometric theory of fields : is stable if and only if it is strongly minimal, is simple if and only if it has SU-r…

math.LO2025

Decomposing the automorphism group of the surreal numbers

Elliot Kaplan, Lothar Sebastian Krapp, Michele Serra

We study the automorphism group of the field of surreal numbers. Our main structure theorem presents a decomposition of this group into a product of five significant factors. Using…

math.LO2025

Generic derivations, differential largeness, and NTP

Elliot Kaplan, Christoph Kesting

We compare Fornasiero and Terzo's framework of generic derivations on algebraically bounded structures with León Sánchez and Tressl's differentially large fields. We show in the ca…

math.LO2024

Constant power maps on Hardy fields and transseries

Elliot Kaplan

Let be the differential field of logarithmic-exponential transseries. We consider the expansion of by the binary map that sends a positive transseries …

math.LO2023★ 1 cited

A dichotomy for -convex fields with a monomial group

Elliot Kaplan, Christoph Kesting

We prove a dichotomy for o-minimal fields , expanded by a -convex valuation ring (where is the theory of ) and a compatible monomial group. We show…