Abstract. This paper deals with the unilateral backward shift operator T on a Bargmann space F (C). This space can be iden-tified with the sequence space ℓ2(N). We use the the hypercyclic-ity Criterion of Bès, Chan and Seubert and the program of K.-G. Grosse–Erdmann to give a necessary and sufficient condition in or-der that T be a chaotic operator. The chaoticity of differentiation which correspond to the annihilation operator in quantum radia-tion field theory is in view, since the Bargmann space is an infinite dimensional separable complex Hilbert space. 1
[EN] We characterize chaos for \phi;(B) on Banach sequence spaces, where \phi; is a Linear Fractiona...
AbstractWe show that a linear quantum harmonic oscillator is chaotic in the sense of Li-Yorke. We al...
We study frequent hypercyclicity in the case of weighted backward shift operators acting on locally ...
AbstractThis paper deals with the unilateral backward shift operator T on a Bargmann space F(C). Thi...
AbstractThis paper deals with the unilateral backward shift operator T on a Bargmann space F(C). Thi...
In this paper the Bargmann space is denoted by F. This space’s roots can be found in mathematical pr...
Usually backward shift is neither chaotic nor hypercyclic. We will show that on the space A(Omega) o...
summary:During the last ten some years, many research works were devoted to the chaotic behavior of ...
summary:During the last ten some years, many research works were devoted to the chaotic behavior of ...
summary:During the last ten some years, many research works were devoted to the chaotic behavior of ...
[EN] We investigate dynamical properties such as topological transitivity, (sequential) hypercyclici...
We introduce and study a weaker form of Devaney chaotic operators on Banach spaces, which we call se...
International audienceBayart and Ruzsa [Ergodic Theory Dynam. Systems 35 (2015)] have recently shown...
International audienceBayart and Ruzsa [Ergodic Theory Dynam. Systems 35 (2015)] have recently shown...
We show that a, linear quantum harmonic oscillator is chaotic in the sense of Li-Yorke. We also prov...
[EN] We characterize chaos for \phi;(B) on Banach sequence spaces, where \phi; is a Linear Fractiona...
AbstractWe show that a linear quantum harmonic oscillator is chaotic in the sense of Li-Yorke. We al...
We study frequent hypercyclicity in the case of weighted backward shift operators acting on locally ...
AbstractThis paper deals with the unilateral backward shift operator T on a Bargmann space F(C). Thi...
AbstractThis paper deals with the unilateral backward shift operator T on a Bargmann space F(C). Thi...
In this paper the Bargmann space is denoted by F. This space’s roots can be found in mathematical pr...
Usually backward shift is neither chaotic nor hypercyclic. We will show that on the space A(Omega) o...
summary:During the last ten some years, many research works were devoted to the chaotic behavior of ...
summary:During the last ten some years, many research works were devoted to the chaotic behavior of ...
summary:During the last ten some years, many research works were devoted to the chaotic behavior of ...
[EN] We investigate dynamical properties such as topological transitivity, (sequential) hypercyclici...
We introduce and study a weaker form of Devaney chaotic operators on Banach spaces, which we call se...
International audienceBayart and Ruzsa [Ergodic Theory Dynam. Systems 35 (2015)] have recently shown...
International audienceBayart and Ruzsa [Ergodic Theory Dynam. Systems 35 (2015)] have recently shown...
We show that a, linear quantum harmonic oscillator is chaotic in the sense of Li-Yorke. We also prov...
[EN] We characterize chaos for \phi;(B) on Banach sequence spaces, where \phi; is a Linear Fractiona...
AbstractWe show that a linear quantum harmonic oscillator is chaotic in the sense of Li-Yorke. We al...
We study frequent hypercyclicity in the case of weighted backward shift operators acting on locally ...