AbstractIn this paper a systematic study of Markov dilations is begun for completely positive operators on W∗-algebras which leave a faithful normal state invariant. It is shown that a minimal Markov dilation preserves important properties of the underlying completely positive operator. Afterwards some results are proved concerning the construction of dilations which lead to Markov dilations for large classes of operators. Finally some of the ideas developed here are applied to the study of a simple example over the 2 × 2 matrices
We establish a finite-dimensional version of the Arveson-Stinespring dilation theorem for unital com...
Quantum probability and the theory of operator algebras are both concerned with the study of noncomm...
AbstractThe minimal unitary dilations of contraction semigroups on Hilbert spaces naturally yield sy...
AbstractIn this paper a systematic study of Markov dilations is begun for completely positive operat...
We consider normal Markovian cocycles on a von Neumann algebra which are adapted to a Fock filtratio...
Semigroups of completely positive maps arise naturally both in noncommu-tative stochastic processes ...
We investigate some particular completely positive maps which admit a stable commutative Von Neumann...
In this talk I will present a part of a recent joint work with Davidson, Dor-On, and Solel (a comple...
Cataloged from PDF version of article.We investigate VH-spaces (Vector Hilbert spaces, or Loynes spa...
We investigate VH-spaces (Vector Hilbert spaces, or Loynes spaces) operator valued Hermitian kernels...
We prove that a generalized version, essentially obtained by R. M. Loynes, of the B. Sz.-Nagy's Dila...
We develop a notion of dephasing under the action of a quantum Markov semigroup in terms of converge...
We study the Classical Probability analogue of the unitary dilations of a quantum dynamical semigrou...
We introduce the notion of Markov states and chains on the Canonical Anticommutation Relations algeb...
AbstractDilation theorems for Banach space valued stochastic processes and operator valued positive ...
We establish a finite-dimensional version of the Arveson-Stinespring dilation theorem for unital com...
Quantum probability and the theory of operator algebras are both concerned with the study of noncomm...
AbstractThe minimal unitary dilations of contraction semigroups on Hilbert spaces naturally yield sy...
AbstractIn this paper a systematic study of Markov dilations is begun for completely positive operat...
We consider normal Markovian cocycles on a von Neumann algebra which are adapted to a Fock filtratio...
Semigroups of completely positive maps arise naturally both in noncommu-tative stochastic processes ...
We investigate some particular completely positive maps which admit a stable commutative Von Neumann...
In this talk I will present a part of a recent joint work with Davidson, Dor-On, and Solel (a comple...
Cataloged from PDF version of article.We investigate VH-spaces (Vector Hilbert spaces, or Loynes spa...
We investigate VH-spaces (Vector Hilbert spaces, or Loynes spaces) operator valued Hermitian kernels...
We prove that a generalized version, essentially obtained by R. M. Loynes, of the B. Sz.-Nagy's Dila...
We develop a notion of dephasing under the action of a quantum Markov semigroup in terms of converge...
We study the Classical Probability analogue of the unitary dilations of a quantum dynamical semigrou...
We introduce the notion of Markov states and chains on the Canonical Anticommutation Relations algeb...
AbstractDilation theorems for Banach space valued stochastic processes and operator valued positive ...
We establish a finite-dimensional version of the Arveson-Stinespring dilation theorem for unital com...
Quantum probability and the theory of operator algebras are both concerned with the study of noncomm...
AbstractThe minimal unitary dilations of contraction semigroups on Hilbert spaces naturally yield sy...