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We give sufficient conditions on an operator space E and on a semigroup of operators on a von Neumann algebra M to obtain a bounded analytic or R-analytic semigroup ( on the vector valued noncommutative -space . Moreover, we give applications to the functional calculus of the generators of these semigroups, generalizing some earlier work of M. Junge, C. Le Merdy and Q. Xu.
Cédric Arhancet. "Analytic semigroups on vector valued noncommutative $L^{p}$-spaces." Studia Mathematica 216.3 (2013): 271-290. <http://eudml.org/doc/286467>.
@article{CédricArhancet2013, abstract = {We give sufficient conditions on an operator space E and on a semigroup of operators on a von Neumann algebra M to obtain a bounded analytic or R-analytic semigroup ($(T ⊗ Id_\{E\})_\{t≥0\}$ on the vector valued noncommutative $L^\{p\}$-space $L^\{p\}(M,E)$. Moreover, we give applications to the $H^\{∞\}(Σ_\{θ\})$ functional calculus of the generators of these semigroups, generalizing some earlier work of M. Junge, C. Le Merdy and Q. Xu.}, author = {Cédric Arhancet}, journal = {Studia Mathematica}, keywords = {noncommutative -spaces; operator spaces; semigroups; functional calculus; OUMD}, language = {eng}, number = {3}, pages = {271-290}, title = {Analytic semigroups on vector valued noncommutative $L^\{p\}$-spaces}, url = {http://eudml.org/doc/286467}, volume = {216}, year = {2013}, }
TY - JOUR AU - Cédric Arhancet TI - Analytic semigroups on vector valued noncommutative $L^{p}$-spaces JO - Studia Mathematica PY - 2013 VL - 216 IS - 3 SP - 271 EP - 290 AB - We give sufficient conditions on an operator space E and on a semigroup of operators on a von Neumann algebra M to obtain a bounded analytic or R-analytic semigroup ($(T ⊗ Id_{E})_{t≥0}$ on the vector valued noncommutative $L^{p}$-space $L^{p}(M,E)$. Moreover, we give applications to the $H^{∞}(Σ_{θ})$ functional calculus of the generators of these semigroups, generalizing some earlier work of M. Junge, C. Le Merdy and Q. Xu. LA - eng KW - noncommutative -spaces; operator spaces; semigroups; functional calculus; OUMD UR - http://eudml.org/doc/286467 ER -