“信息即绝对”概念与基础物理学
"The Information as Absolute" Concept and Basic Physics
AI总结：
该研究基于“信息即绝对”哲学概念与冯·魏茨泽克等人的二进制逻辑发现，构建普朗克尺度信息物理模型，科学定义时空、物质等基础概念，厘清粒子、洛伦兹变换等的物理本质。
摘要：
本文介绍了2007-2026年的普朗克尺度信息物理模型，该模型基于主要于2007年提出的哲学层面的“信息即绝对”概念。该概念严格证明：除了作为绝对基础且绝对无限的“信息”集合之元素的各类信息模式/模式系统之外，不存在任何事物。因此物质无疑只是一个由信息模式（子系统）——粒子、场、物体等——构成的信息系统。该模型的另一项基础是冯·魏茨泽克与弗雷德金-托弗里的杰出发现：二人证明物质基于某种二进制逻辑（“UR假说”），且若一个系统由可逆元素构成，则该系统不会向外部耗散能量，而上述概念让这些发现变得完全顺理成章。这使得我们能够科学地定义诸多基本现象/概念，首先便是“空间”“时间”“物质”“能量”“惯性”，进而得以解决或从根本上厘清诸多基础物理问题——将物质中的一切视为物质终极基底中的特定扰动：即置于真实物质（此处为最普适的“运动学”）[5]四维时空中的基本逻辑元素（FLE）致密晶格，包括粒子与反粒子的本质、运动学（首先是洛伦兹变换）及动力学中基本方程的物理意义等等。
英文摘要：
This paper is the presentation of the 2007-2026 Planck scale informational physical model, which is based on philosophical "The Information as Absolute" concept, which was formulated mainly in 2007. In the concept it is rigorously proven that nothing exists besides some informational patterns/systems of the patterns that are elements of the absolutely fundamental, and absolutely infinite, "Information" Set. Thus Matter for sure is nothing else than some informational system of informational patterns (sub-systems) - particles, fields, bodies, etc. The other fundamental base of the model is the outstanding findings of von Weizsacker and Fredkin-Toffli, who proved that Matter is based on some binary logics ("UR hypothesis"), and that if a system consists of reversible elements, then this system doesn't dissipate energy outside, whereas the conception above makes these findings as completely natural. That allowed to define scientifically a number of fundamental phenomena/notions, first of all "Space", "Time", "Matter", "Energy", "Inertia", and so to solve, or essentially to clarify, a number of fundamental physical problems, considering everything in Matter as some specific disturbances in Matter's ultimate base - dense lattice of fundamental logical elements (FLE) that is placed in real Matter(here utmost universal "kinematical") [5]4D spacetime) - what are particles and antiparticles, what are physical senses of basic equations ib kinematics, first of all of Lorents transformations and in dynamics., etc.
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。
