Aspects of quantum entropy and relative quantum entropy are discussed in the Hilbert model. It is shown that finite values of the relative entropy of states implies a superposition relation between the states. The property is studied in case of tensor product of states and for state reductions. A "Schmidt-like'' state, derived from the reduced states, is considered. It is shown that its entropy, relative to the product of the reduced states, is not smaller than the entropy of the reduced states. The main existing results concerning the changement of superposition and entropy under dynamical map are recalled in a uniform way. A class of possible dynamical maps, not necessarily linear, is proposed that do not decrease the entropy
We construct a complete set of Wannier functions that are localized at both given positions and mome...
We present an entropy concept measuring quantum localization in dynamical systems based on time aver...
A notion of entropy of a normal state on a finite von Neumann algebra in Segal’s sense is considered...
The dynamical evolution of a quantum system is described by a one parameter family of linear transfo...
An axiomatic approach to classical and quantum mechanics in the form of an abstract proposition-stat...
We introduce a composition of quantum states of a bipartite system which is based on the reshuffling...
We define a new quantum dynamical entropy for a C*-algebra automorphism with an invariant state (and...
In the formalism of quantum theory, a state of a system is represented by a density operator. Mathem...
Classical dynamical entropy is an important tool to analyse the efficiency of information transmissi...
AbstractAlgebraic (or finitely correlated) states are translation-invariant states on an infinite te...
Generalizing the notion of relative entropy, the difference between a priori and a posteriori relati...
Classical dynamical entropy is an important tool to analyse the efficiency of information transmissi...
A quantum dynamical system, mimicking the classical phase doubling map $z ↦ z^2$ on the unit circle,...
Relative entropy between two states in the same Hilbert space is a fundamental statistical measure o...
Markovian master equations (formally known as quantum dynamical semigroups) can be used to describe ...
We construct a complete set of Wannier functions that are localized at both given positions and mome...
We present an entropy concept measuring quantum localization in dynamical systems based on time aver...
A notion of entropy of a normal state on a finite von Neumann algebra in Segal’s sense is considered...
The dynamical evolution of a quantum system is described by a one parameter family of linear transfo...
An axiomatic approach to classical and quantum mechanics in the form of an abstract proposition-stat...
We introduce a composition of quantum states of a bipartite system which is based on the reshuffling...
We define a new quantum dynamical entropy for a C*-algebra automorphism with an invariant state (and...
In the formalism of quantum theory, a state of a system is represented by a density operator. Mathem...
Classical dynamical entropy is an important tool to analyse the efficiency of information transmissi...
AbstractAlgebraic (or finitely correlated) states are translation-invariant states on an infinite te...
Generalizing the notion of relative entropy, the difference between a priori and a posteriori relati...
Classical dynamical entropy is an important tool to analyse the efficiency of information transmissi...
A quantum dynamical system, mimicking the classical phase doubling map $z ↦ z^2$ on the unit circle,...
Relative entropy between two states in the same Hilbert space is a fundamental statistical measure o...
Markovian master equations (formally known as quantum dynamical semigroups) can be used to describe ...
We construct a complete set of Wannier functions that are localized at both given positions and mome...
We present an entropy concept measuring quantum localization in dynamical systems based on time aver...
A notion of entropy of a normal state on a finite von Neumann algebra in Segal’s sense is considered...