Exercise 12.4 (FokkerPlanck Equation) For a Brownian motion, prove that the transition probability function P(x, y, t)

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Exercise 12.4 (Fokker–Planck Equation) For a Brownian motion, prove that the transition probability function P(x, y, t) as well as the density function p(x, y, t) satisfies the PDE

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This PDE is called the Fokker–Planck equation or the Kolmogorov forward equation by an obvious reason; cf. (7.7).

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