论文标题
一维相对论粒子作为可移动的细胞自动机
One-dimensional relativistic particle as a movable cellular automaton
论文作者
论文摘要
研究了相同离散元件的一维动力学，这些动力学结合了牛顿机械颗粒和细胞自动机的特性。结果表明，组合离散元素集群的运动，这是模型中最简单的对象，导致Feynman Chessboard模型的连续限制给出了DIRAC方程。
The one-dimensional dynamics of identical discrete elements that combine the properties of newtonian mechanical particles and cellular automata are investigated. It is shown that the motion of a cluster of combined discrete elements, which is the simplest observable object of the model, leads to the Feynman chessboard model whose continuous limit gives the Dirac equation.
