A MULTIPLE GENERALIZED FOURIER–FEYNMAN TRANSFORM VIA A ROTATION ON WIENER SPACE
Jae Gil Choi, David Skoug, Seung Jun Chang
Abstract
Jae Gil Choi, David Skoug, Seung Jun Chang
Abstract
In this paper we use a rotation property of Wiener measure to define a very general multiple Fourier–Feynman transform on Wiener space. We then proceed to establish its many algebraic properties as well as to establish several relationships between this generalized multiple transform and the corresponding generalized convolution product.
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In this paper we use a rotation property of Wiener measure to define a very general multiple Fourier–Feynman transform on Wiener space. We then proceed to establish its many algebraic properties as well as to establish several relationships between this generalized multiple transform and the corresponding generalized convolution product.
Key concepts: Mathematics, Classical Wiener space, Fourier transform, Convolution (computer science), Feynman integral, Integral representation theorem for classical Wiener space, Feynman diagram, Rotation (mathematics)