Denote by n(F) the linear space of all n×n alternate matrices over a field F. We first characterize all linear bijective maps on n(F) (n ≥ 4) preserving rank 2 when F is any field, and thereby the characterization of all linear bijective maps on n(F) preserving the max-rank is done when F is any field except for {0,1}. Furthermore, the linear preservers of the determinant (resp., adjoint) on n(F) are also characterized by reducing them to the linear preservers of the max-rank when n is even and F is any field except for {0,1}. This paper can be viewed as a supplement version of several related results. 2000 Mathematics Subject Classification: 15A03, 15A04
AbstractLet U denote either the vector space of n×n matrices or the vector space of n×n symmetric ma...
Let F be a field, V1 and V2 be vector spaces of matrices over F and let ρ be the rank function. If T...
Let F be a field, V1 and V2 be vector spaces of matrices over F and let ρ be the rank function. If T...
Denote by n(F) the linear space of all n×n alternate matrices over a field F. We first characterize ...
Denote by n(F) the linear space of all n×n alternate matrices over a field F. We first characterize ...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F, and let Kn2(F) b...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F. An operator f : ...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F, and let Kn2(F) b...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F. An operator f : ...
AbstractWe extend Liu’s fundamental theorem of the geometry of alternate matrices to the second exte...
AbstractLet F be a field. Let V denote the vector space of all m×n matrices over F or the vector spa...
AbstractLet λ be any element in an algebraically closed field F of characteristic not 2, and let M :...
AbstractLet Mn, n⩾2, be the algebra of all n×n matrices over a field F of characteristic not 2, and ...
We extend Liu's fundamental theorem of the geometry of alternate matrices to the second exterior po...
AbstractA characterization is given of all nonsingular linear operators, on the set of m×n matrices ...
AbstractLet U denote either the vector space of n×n matrices or the vector space of n×n symmetric ma...
Let F be a field, V1 and V2 be vector spaces of matrices over F and let ρ be the rank function. If T...
Let F be a field, V1 and V2 be vector spaces of matrices over F and let ρ be the rank function. If T...
Denote by n(F) the linear space of all n×n alternate matrices over a field F. We first characterize ...
Denote by n(F) the linear space of all n×n alternate matrices over a field F. We first characterize ...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F, and let Kn2(F) b...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F. An operator f : ...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F, and let Kn2(F) b...
AbstractLet Kn(F) be the linear space of all n×n alternate matrices over a field F. An operator f : ...
AbstractWe extend Liu’s fundamental theorem of the geometry of alternate matrices to the second exte...
AbstractLet F be a field. Let V denote the vector space of all m×n matrices over F or the vector spa...
AbstractLet λ be any element in an algebraically closed field F of characteristic not 2, and let M :...
AbstractLet Mn, n⩾2, be the algebra of all n×n matrices over a field F of characteristic not 2, and ...
We extend Liu's fundamental theorem of the geometry of alternate matrices to the second exterior po...
AbstractA characterization is given of all nonsingular linear operators, on the set of m×n matrices ...
AbstractLet U denote either the vector space of n×n matrices or the vector space of n×n symmetric ma...
Let F be a field, V1 and V2 be vector spaces of matrices over F and let ρ be the rank function. If T...
Let F be a field, V1 and V2 be vector spaces of matrices over F and let ρ be the rank function. If T...