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Mathematical basis of computational statistical physics and quantum analysis

机译:计算统计物理和量子分析的数学基础

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摘要

A mathematical basis of quantum Mote Carlo methods is discussed using the exponential product formulas (Suzuki, 1966; Trotter, 1959) which have been generalized by the present author to infinite order (Suzuki, 1990). The investigation of this scheme has inspired the author to construct a new mathematical framework of quantum analysis (Suzuki, 1990; 1991; 1992), namely a noncommutative derivative of f(A) for an operator with respect to the operator A itself. Applications of this quantum analysis to statistical mechanics are discussed briefly (Suzuki, 1991; 1992).
机译:使用指数乘积公式(Suzuki,1966; Trotter,1959)讨论了量子Mote Carlo方法的数学基础,该公式已被本作者推广为无限阶(Suzuki,1990)。该方案的研究启发了作者构建了一个新的量子分析数学框架(Suzuki,1990; 1991; 1992),即对于算子A本身,算子f(A)的非交换性导数。简要讨论了这种量子分析在统计力学中的应用(Suzuki,1991; 1992)。

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