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In this paper we consider $L^p$-regularity estimates for solutions to stochastic evolution equations, which is called stochastic maximal $L^p$-regularity. Our aim is to find a theory which is analogously to Dore's theory for deterministic evolution equations. He has shown that maximal $L^p$-regularity is independent of the length of the time interval, implies analyticity and exponential stability of the semigroup, is stable under perturbation and many more properties. We show that the stochastic versions of these results hold.
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Primary: 60H15, Secondary: 35B65, 42B37, 47D06, Probability theory on linear topological spaces, Probability (math.PR), temporal weights, analytic semigroup, Analytic semigroup, sobolev spaces, stochastic maximal regularity, temporal weights, 510, Functional Analysis (math.FA), Stochastic maximal regularity, Mathematics - Functional Analysis, Stochastic partial differential equations (aspects of stochastic analysis), stochastic maximal regularity, Temporal weights, Sobolev spaces, Analytic semigroup, FOS: Mathematics, PDEs with randomness, stochastic partial differential equations, Stability in context of PDEs, Mathematics - Probability
Primary: 60H15, Secondary: 35B65, 42B37, 47D06, Probability theory on linear topological spaces, Probability (math.PR), temporal weights, analytic semigroup, Analytic semigroup, sobolev spaces, stochastic maximal regularity, temporal weights, 510, Functional Analysis (math.FA), Stochastic maximal regularity, Mathematics - Functional Analysis, Stochastic partial differential equations (aspects of stochastic analysis), stochastic maximal regularity, Temporal weights, Sobolev spaces, Analytic semigroup, FOS: Mathematics, PDEs with randomness, stochastic partial differential equations, Stability in context of PDEs, Mathematics - Probability
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