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20132022
most citedSeparating invariants for arbitrary linear actions of the additive group

1 citations · 1 across the 2 of their papers we have counts for

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math.AC2022

Vector invariants of permutation groups in characteristic zero

Fabian Reimers, Müfit Sezer

We consider a finite permutation group acting naturally on a vector space over a field . A well known theorem of Göbel asserts that the corresponding ring of invariants…

math.AC2020

Degree bounds for modular covariants

Jonathan Elmer, Müfit Sezer

Let be representations of a cyclic group of prime order over a field of characteristic . The module of covariants is the set of -equivariant poly…

math.AC2018

On the depth of quotients of modular invariant rings by transfer ideals

Jonathan Elmer, Müfit Sezer

Let be a finite group, and a finite dimensional vector space over a field of characteristic dividing the order of . Let . The transfer map $k[V]^H \rightar…

math.AC2018

Generic initial ideals of modular polynomial invariants

Bekir Danış, Müfit Sezer

We study the generic initial ideals (gin) of certain ideals that arise in modular invariant theory. For all cases an explicit generating set is known we calculate the generic initi…

math.AC2016

Locally finite derivations and modular coinvariants

Jonathan Elmer, Mufit Sezer

We consider a finite dimensional $\kk G$-module of a -group over a field $\kk$ of characteristic . We describe a generating set for the corresponding Hilbert Ideal. I…

math.AC20131 cited

Separating invariants for arbitrary linear actions of the additive group

Emilie Dufresne, Jonathan Elmer, Müfit Sezer

We consider an arbitrary representation of the additive group over a field of characteristic zero and give an explicit description of a finite separating set in the corresponding r…