output
19942026
most citedGiant Electroresistance in Ferroelectric Tunnel Junctions

762 citations

Showing math.NTShow all

7 papers · 1 filter

math.NT2021★ 2 cited

On the Geometry of Numerical Ranges Over Finite Fields

Kristin A. Camenga, Brandon Collins, Gage Hoefer +4

Numerical ranges over a certain family of finite fields were classified in 2016 by a team including our fifth author. Soon afterward, in 2017 Ballico generalized these results to a…

math.NT2015

Ramified extensions of degree and their {H}opf-{G}alois module structure

G. Griffith Elder

Cyclic, ramified extensions of degree of local fields with residue characteristic are fairly well understood. Unless $\mbox{char}(K)=0$ and for s…

math.NT2013★ 10 cited

Sufficient Conditions for Large Galois Scaffolds

Nigel P. Byott, G. Griffith Elder

Let be a finite Galois, totally ramified -extension of complete local fields with perfect residue fields of characteristic . In this paper, we give conditions, valid…

math.NT2009★ 2 cited

Integral Galois Module Structure for Elementary Abelian Extensions with a Galois Scaffold

Nigel P. Byott, G. Griffith Elder

This paper justifies an assertion in (Elder, Proc AMS 137 (2009), no 4, 1193--1203) that Galois scaffolds make the questions of Galois module structure tractable. Let be a perf…

math.NT2008★ 1 cited

A valuation criterion for normal basis generators in local fields of characteristic

G. Griffith Elder

Let be a complete local field of characteristic with perfect residue field. Let be a finite, fully ramified, Galois -extension. If is a prime element, a…

math.NT2007

On the necessity of new ramification breaks

Nigel P. Byott, G. Griffith Elder

Ramification invariants are necessary, but not in general sufficient, to determine the Galois module structure of ideals in local number field extensions. This insufficiency is ass…

math.NT2006

A valuation criterion for normal bases in elementary abelian extensions

Nigel P. Byott, G. Griffith Elder

Let be a prime number and let be a finite extension of the field of -adic numbers. Let be a fully ramified, elementary abelian extension of . Under…