activity
20172026
most citedThe geometry of polynomial representations

21 citations · 73 across the 19 of their papers we have counts for

collaborators

21 papers

math.AG2026

Improved unirationality for GL-varieties

Arthur Bik, Jan Draisma, Rob Eggermont +1

A -variety is a typically infinite dimensional variety equipped with a suitable action of the infinite general linear group . In earlier work, we establis…

math.AG2025

Strength and partition rank under limits and field extensions

Arthur Bik, Jan Draisma, Amichai Lampert +1

The strength of a multivariate homogeneous polynomial is the minimal number of terms in an expression as a sum of products of lower-degree homogeneous polynomials. Partition rank i…

math.AG2024

The geometry of polynomial representations in positive characteristic

Arthur Bik, Jan Draisma, Andrew Snowden

A -variety is a (typically infinite dimensional) variety modeled on the polynomial representation theory of the general linear group. In previous work, we studied thes…

math.NT2024

Two improvements in Brauer's theorem on forms

Arthur Bik, Jan Draisma, Andrew Snowden

Let be a Brauer field, that is, a field over which every diagonal form in sufficiently many variables has a nonzero solution; for instance, could be an imaginary quadratic…

math.AG2023

Uniformity for limits of tensors

Arthur Bik, Jan Draisma, Rob Eggermont +1

There are many notions of rank in multilinear algebra: tensor rank, partition rank, slice rank, and strength (or Schmidt rank) are a few examples. Typically the rank locus…

cs.IT2023

Higher-degree symmetric rank-metric codes

Arthur Bik, Alessandro Neri

Over fields of characteristic unequal to , we can identify symmetric matrices with homogeneous polynomials of degree . This allows us to view symmetric rank-metric codes as l…