驻波场一元论——在信息、材料等产业生态

Standing Wave Field Monism—In the Industrial Ecosystem of Information, Materials, and Other Sectors

摘要

现有ΛCDM宇宙模型与观测不自洽问题。本文引入一元递归定律与能量耗散理论，统一数理框架。依托精细结构常数α、 CMB观测、韦伯高红移星系数据、质子半径测量、超导相变实测等证据完成理论自洽验证，定量预测全新人工合成材料，为新材料、新一代算力、新能源产业化提供第一性原理设计依据。

Abstract

The standard ΛCDM cosmological paradigm suffers pervasive inconsistencies against multi-band astronomical observational data. This paper introduces the monistic recursive law and energy dissipation theory rooted in the standing-wave unified substrate field, establishing a self-contained unified mathematical and physical framework. The theoretical self-consistency is comprehensively validated cross-disciplinarily via multiple independent experimental and observational evidence, including the fine-structure constant α, cosmic microwave background (CMB) full-sky measurements, high-redshift galaxy datasets captured by the James Webb Space Telescope, precise proton radius determinations, and laboratory superconducting phase transition characterization. Furthermore, this work quantitatively predicts a new class of artificially synthesizable functional materials derived from first-principles wave dynamics, delivering fundamental theoretical design criteria to advance the industrialization of innovative functional materials, next-generation high-performance computing hardware, and novel clean energy systems.

关键词

一元递归定律 / 能量耗散 / 凝聚态新材料 / 产业生态革新

Key words

monadic recursion law / energy dissipation / novel condensed matter materials / industrial ecosystem innovation

参考文献

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[2] Recursive Coherence Principle (RCP). Advances in Physics Theories and Applications, 2026.

[3] BEDS: Bayesian Emergent Dissipative Structures. arXiv:2601.02329, 2026.

[4] A Pathway Selection Process for Dynamically Self-Organizing Systems. arXiv:2603.03557, 2026.

[5] Entropic backreaction from cosmic structure formation. arXiv:2605.28797, 2026.