For a separable, infinite dimensional Hilbert space, it was recently shown by the authors that the similarity orbit of a hypercyclic operator contains a path of operators which is dense in the operator algebra with the strong operator topology, and yet the set of common hypercyclic vectors for the entire path is a dense Gδ set. Motivated by that result, we show in the present paper that the unitary orbit of any hypercyclic operator contains a path of operators whose closure contains the entire unitary orbit with the strong operator topology, and yet every nonzero vector in the linear span of the orbit of a given hypercyclic vector is a common hypercyclic vector for the entire path
AbstractWe examine common supercyclic vectors for a path of operators. In particular, we show that t...
AbstractA bounded linear operator T on Hilbert space is subspace-hypercyclic for a subspace M if the...
Abstract. In this note, we show that if a bounded linear operator T acting on an infinite dimensiona...
AbstractFor a separable, infinite dimensional Hilbert space, it was recently shown by the authors th...
For a separable, infinite dimensional Hilbert space, it was recently shown by the authors that the s...
AbstractGiven a separable, infinite dimensional Hilbert space, it was recently shown by the authors ...
Recently many authors have obtained interesting results on the existence of a dense Gd set of common...
Given a separable, infinite dimensional Hilbert space, it was recently shown by the authors that the...
ABSTRACT. A sequence (Tn) of bounded linear operators between Ba-nach spaces X,Y is said to be hyper...
Abstract. On a separable infinite dimensional complex Hilbert space, we show that the set of hypercy...
Abstract. If X is a topological vector space and T: X → X is a continuous linear mapping, then T is ...
AbstractA vectorxin a Banach space B is called hypercyclic for a bounded linear operatorT:B→B if the...
We examine common supercyclic vectors for a path of operators. In particular, we show that the path ...
Abstract. We show that a linear operator can have an orbit that comes within a bounded distance of e...
AbstractWe show that a linear operator can have an orbit that comes within a bounded distance of eve...
AbstractWe examine common supercyclic vectors for a path of operators. In particular, we show that t...
AbstractA bounded linear operator T on Hilbert space is subspace-hypercyclic for a subspace M if the...
Abstract. In this note, we show that if a bounded linear operator T acting on an infinite dimensiona...
AbstractFor a separable, infinite dimensional Hilbert space, it was recently shown by the authors th...
For a separable, infinite dimensional Hilbert space, it was recently shown by the authors that the s...
AbstractGiven a separable, infinite dimensional Hilbert space, it was recently shown by the authors ...
Recently many authors have obtained interesting results on the existence of a dense Gd set of common...
Given a separable, infinite dimensional Hilbert space, it was recently shown by the authors that the...
ABSTRACT. A sequence (Tn) of bounded linear operators between Ba-nach spaces X,Y is said to be hyper...
Abstract. On a separable infinite dimensional complex Hilbert space, we show that the set of hypercy...
Abstract. If X is a topological vector space and T: X → X is a continuous linear mapping, then T is ...
AbstractA vectorxin a Banach space B is called hypercyclic for a bounded linear operatorT:B→B if the...
We examine common supercyclic vectors for a path of operators. In particular, we show that the path ...
Abstract. We show that a linear operator can have an orbit that comes within a bounded distance of e...
AbstractWe show that a linear operator can have an orbit that comes within a bounded distance of eve...
AbstractWe examine common supercyclic vectors for a path of operators. In particular, we show that t...
AbstractA bounded linear operator T on Hilbert space is subspace-hypercyclic for a subspace M if the...
Abstract. In this note, we show that if a bounded linear operator T acting on an infinite dimensiona...