Nokton theory

The nokton theory is an attempt to construct a theory adapted to every physical phenomenon. Space and time have been discretized. Its laws are iterative and precise. Probability plays an important role here.At first I defined the notion of image function and its mathematical framework. The notion of nokton and its state are the basis of several definitions. I later defined the canonical image function and the canonical contribution.Two constants have been necessary to define the dynamics of this theory. With its combinatorial complexity, the theory has at present given no result which seems to me interesting. The document is only a foundation.Among the merits of this theory the absence of the infinites and its interpretation that is contrary to the quantum mechanics or the general relativity does not strike the common sense of the physicist.

诺顿粒子理论（nokton theory）旨在构建一套可适配所有物理现象的理论框架。时空已被离散化，该理论的定律兼具迭代性与精确性，概率在其中发挥着重要作用。起初，笔者定义了像函数（image function）的概念及其数学框架；诺顿粒子与粒子态的概念是诸多核心定义的基础。后续笔者又定义了正则像函数（canonical image function）与正则贡献（canonical contribution）。为定义该理论的动力学机制，需引入两个常数。尽管该理论具备组合复杂度，但截至目前，笔者尚未得出令笔者认为具有研究价值的成果，本文件仅为该理论的奠基性文本。该理论的优势之一在于规避了无穷大量，但其与量子力学、广义相对论相悖的诠释，并未契合物理学家的普遍常识。