获得物理定律的新范式
A New Paradigm for Obtaining the Laws of Physics
摘要：
洛伦兹变换是在不假设麦克斯韦方程组存在，或者光速是常数，甚至光存在的情况下推导出来的。这使我们在逻辑上认为存在着一种称为物质的原始场，它在每一个时空点上都以光速向每一个可能的方向运动。所有的物理量都是从物料场的操作中得到的。为了熟悉新范式的含义，我们为时间世界和仅一个空间维度开发了方程。这些非线性方程导致量子化粒子、光和引力的存在。守恒定律和对称性得到。自旋空间是通过假设填充场是矩阵来引入的。对于一个3 × 3的矩阵，粒子的八重分类出现，并获得描述其动力学结构的方程。方程的极端简单性表明，它们可能有一个（1+3）维的对应物，足以统一我们现实世界的四种力。提出了一个候选的（1+3）-d方程。
英文摘要：
The Lorentz transformation is derived without assuming the existence of Maxwell's equations, or that the speed of light is a constant, or even that light exists. This leads us logically to sonsider the existence of a primal field called stuff which at every space-time point is traveling in every posssible direction with the speed of light. All physical quantities are to be derived from operations on the stuff field. To familiarize ourselves with the implications of the new paradigm equations are developed for a world of time and only one spatial dimension. These non-linear equations lead to the existence of quantized particles, of light, and of gravity. Conservation laws and symmetries are obtained. Spin space is introduced by assuming the stuff field is a matrix. For a 3x3 matrix an eight fold classification of particles arises and the equations describing their dynamical structure are obtained. The extreeme simplicity of the equations suggests that they may have a (1+3) dimensional counterpart which is adequate to unify the four forces of our real world. A candidate (1+3)-d equation is proposed.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
