The images of multilinear polynomials evaluated on matrices
arXiv:1306.4389 · doi:10.1090/proc/12478#sthash.KU79IjWc.dpuf
Abstract
Let be a multilinear polynomial in several noncommuting variables, with coefficients in a algebraically closed field of arbitrary characteristic. In this paper we classify the possible images of evaluated on matrices. The image is one of the following: \begin{itemize} \item \{0\}, \item the set of scalar matrices, \item a (Zariski) dense subset of $\sl_3(K)$, the matrices of trace 0, \item a dense subset of , \item the set of scalar matrices (i.e., matrices having eigenvalues where is a cube root of 1), or \item the set of scalars plus scalar matrices.
References in corpus (3)
Cited by in corpus (16)
- Evaluations of Noncommutative Polynomials on Algebras: Methods and Problems, and the L'vov-Kaplansky Conjecture
- The images of Lie polynomials evaluated on matrices
- Power-central polynomials on matrices
- Images of multilinear polynomials on upper triangular matrices over infinite fields
- The image of polynomials and Waring type problems on upper triangular matrix algebras
- Instances of the Kaplansky-Lvov multilinear conjecture for polynomials of degree three
- The image of multilinear polynomials evaluated on upper triangular matrices
- The images of multilinear and semihomogeneous polynomials on the algebra of octonions
- The Mesyan Conjecture: a restatement and a correction
- Images of graded polynomials on matrix algebras
- On the combinatorics of commutators of Lie algebras
- Lifting of Polynomial Symplectomorphisms and Deformation Quantization
- The images of multilinear non-associative polynomials evaluated on a rock-paper-scissors algebra with unit over an arbitrary field
- Images of multilinear graded polynomials on upper triangular matrix algebras
- The L'vov-Kaplansky Conjecture for Polynomials of Degree Three
- Polynomial automorphisms, quantization and Jacobian conjecture related problems