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T. Q. Yun and G. L. Lei, “Simplest Differential Equation of Stock Price, Its Solution and the Relation to Assumptions of Black-Scholes Model,” Applied Mathematics and Mechanics, Vol. 24, No. 6, 2003, pp. 654-658.

has been cited by the following article:

• TITLE: Instant Diffusion Equation of Price Changing and Time-Space Exchanging Description

  AUTHORS: Tianquan Yun

  KEYWORDS: Price, Diffusion of Price Changing, Heat Diffusion Equation, Partial Differential Equation, Order of Commodity, Newton’s Second Law, Time-Space Exchanging

  JOURNAL NAME: Technology and Investment, Vol.2 No.2, June 3, 2011

  ABSTRACT: Analogy to heat diffusion equation, an instant diffusion equation of price changing is obtained and explained by “time-space exchange” via Newton’s second law, in which the partial derivative of price respected to time is viewed as a “force”, and the derivative of transportation velocity of price between commodities is viewed as an “acceleration”. It is a partial differential equation of second order. The solution of this equation is found and the definitions of “order of commodities”, “distance between commodities” are given. An important relationship of “time-space exchange” in a stationary process of diffusion of price changing is found. This provides a base for describing the relation of “time-space exchange” quantitatively. Examples for calculating and checking the diffusion of price changing in pork, beef, and mutton based on the data taken on February 5th 2008 are given.