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Functional calculus for the Ornstein-Uhlenbeck operator

机译:Ornstein-Uhlenbeck算子的函数演算

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Let gamma be the Gauss measure on R-d and L the Ornstein-Uhlenbeck operator, which is self adjoint in L-2(gamma). For every p in (1, infinity), p not equal 2, set phi (p)* = arc sin 2/p - 1 and consider the sector S-phip* = {z epsilon C : arg z < hi>(p)*}. The main result of this paper is that if M is a bounded holomorphic function on S-phip*whose boundary values on aS(phip)*. satisfy suitable Hormander type conditions. then the spectral operator M(L) extends to a bounded operator on L-p(gamma) and hence on L-q(gamma) for all q such that 1/q - 1/2 less than or equal to 1p- 1/2 . The result is sharp, in the sense that L does not admit a bounded holomorphic functional calculus in a sector smaller than S-phip*. (C) 2001 Academic Press. [References: 16]
机译:令γ为R-d和L上的高斯测度,即Ornstein-Uhlenbeck算子,它在L-2(γ)中是自伴的。对于每个p in(1,infinity),p不等于2,设置phi(p)* = arc sin 2 / p-1 并考虑扇区S-phip * = {z epsilon C: arg z < hi>(p)*}。本文的主要结果是,如果M是S-phip *上的有界全纯函数,而aS(phip)*上的边值是。满足合适的Hormander类型条件。然后将频谱算子M(L)扩展到Lp(gamma)上的有界算子,从而扩展到所有q的Lq(gamma)上,使得 1 / q-1/2 小于或等于 1p- 1/2 。在L不允许小于S-phip *的扇区中有界的全纯函数演算的意义上,结果很明显。 (C)2001学术出版社。 [参考:16]

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