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First order differential operators in white noise analysis
Authors:Dong Myung Chung  Tae Su Chung
Institution:Department of Mathematics, Sogang University Seoul, 121-742, Korea ; Department of Mathematics, Sogang University Seoul, 121-742, Korea
Abstract:Let $(E)$ be the space of test white noise functionals. We first introduce a family $ \{ \diamond _{\gamma}\,\,;\,\,\gamma\in {\Bbb C} \} $ of products on $(E)$ including Wiener and Wick products, and then show that with each product $\diamond _{\gamma}$, we can associate a first order differential operator, called a first order $\gamma$-differential operator. We next show that a first order $\gamma$-differential operator is indeed a continuous derivation under the product $\diamond _{\gamma}$. We finally characterize $\gamma\Delta _G+N$ by means of rotation-invariance and continuous derivation under the product $\diamond _{\gamma}$. Here $\Delta _G$ and $N$ are the Gross Laplacian and the number operator on $(E)$, respectively.

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