AbstractBased on the established theoretical framework of "particle deterministic state and short-range repulsion-medium-range attraction" (Zenodo, September 26, 2025, DOI: 10.5281/zenodo.17209640), this study for the first time establishes "observation energy interference" as the core physical quantity for quantitative regulation of particle paths, and constructs a universal quantitative model of "observation energy deviation (ΔE) → particle force change (ΔF) → path offset (Δx)". By integrating authoritative experimental data from institutions such as CERN, MIT, and the Institute of Physics of the Chinese Academy of Sciences, path response formulas for different particles in conventional and extreme environments (strong magnetic fields, low temperatures, medium and high pressures) are derived and verified. The results show that when the observation energy deviation is controlled within 0.01 eV, the particle path offset can be limited to less than 0.05 μm, and the path repeatability is improved from 85% to over 99%. This model advances quantum path theory from the level of phenomenon explanation to precise prediction and active control, providing directly applicable engineering basis for the stable control of quantum chip qubits and the design of extreme environment detectors, and realizing a key supplement to existing quantum theories. 摘要基于已建立的“粒子确定态与短程排斥-中程吸引”理论框架(Zenodo,2025年9月26日,DOI:10.5281/zenodo.17209640),本研究首次将“观测能量干扰”确立为粒子路径定量调控的核心物理量,构建了“观测能量偏差(ΔE)→粒子受力变化(ΔF)→路径偏移(Δx)”的普适定量模型。通过整合欧洲核子研究中心(CERN)、麻省理工学院(MIT)、中国科学院物理研究所等机构的权威实验数据,推导并验证了不同粒子在常规及极端环境(强磁场、低温、中高压)下的路径响应公式。结果表明,当观测能量偏差控制在0.01 eV以内时,粒子路径偏移可限制在0.05 μm以下,路径重复性从85%提升至99%以上。该模型将量子路径理论从现象解释层面推进到精确预测与主动控制层面,为量子芯片量子比特的稳定控制、极端环境探测器的设计提供了可直接应用的工程依据,实现了对现有量子理论的关键补充。
AbstractBased on the established theoretical framework of "particle deterministic state and short-range repulsion-medium-range attraction" (Zenodo, September 26, 2025, DOI: 10.5281/zenodo.17209640), this study for the first time establishes "observation energy interference" as the core physical quantity for quantitative regulation of particle paths, and constructs a universal quantitative model of "observation energy deviation (ΔE) → particle force change (ΔF) → path offset (Δx)". By integrating authoritative experimental data from institutions such as CERN, MIT, and the Institute of Physics of the Chinese Academy of Sciences, path response formulas for different particles in conventional and extreme environments (strong magnetic fields, low temperatures, medium and high pressures) are derived and verified. The results show that when the observation energy deviation is controlled within 0.01 eV, the particle path offset can be limited to less than 0.05 μm, and the path repeatability is improved from 85% to over 99%. This model advances quantum path theory from the level of phenomenon explanation to precise prediction and active control, providing directly applicable engineering basis for the stable control of quantum chip qubits and the design of extreme environment detectors, and realizing a key supplement to existing quantum theories. 摘要基于已建立的“粒子确定态与短程排斥-中程吸引”理论框架(Zenodo,2025年9月26日,DOI:10.5281/zenodo.17209640),本研究首次将“观测能量干扰”确立为粒子路径定量调控的核心物理量,构建了“观测能量偏差(ΔE)→粒子受力变化(ΔF)→路径偏移(Δx)”的普适定量模型。通过整合欧洲核子研究中心(CERN)、麻省理工学院(MIT)、中国科学院物理研究所等机构的权威实验数据,推导并验证了不同粒子在常规及极端环境(强磁场、低温、中高压)下的路径响应公式。结果表明,当观测能量偏差控制在0.01 eV以内时,粒子路径偏移可限制在0.05 μm以下,路径重复性从85%提升至99%以上。该模型将量子路径理论从现象解释层面推进到精确预测与主动控制层面,为量子芯片量子比特的稳定控制、极端环境探测器的设计提供了可直接应用的工程依据,实现了对现有量子理论的关键补充。
Abstract Traditional quantum mechanics explains double-slit interference using the abstract concept of "superposition state", which neither quantifies interparticle interactions nor ignores the synergistic nature of the dual energy fields (particle-state wave + thrust wave) in particle motion. Based on the cosmic energy field vibration frequency (f) correlation logic of Bian's Universal Unified Field Theory Formula (FQ Formula), this study upgrades the original "short-range repulsion-medium-range attraction" law. The core achievements are: ① Establishing dual-energy-field interaction formulas for electrons, protons, and photons, with parameters physically rooted in the field frequency. Validated against MIT (2024) thrust data and Institute of Physics, Chinese Academy of Sciences (2024) photon data, the deviation in conventional environments is ≤4.5%; ② Quantifying the three-dimensional correlation law of "thrust energy - fringe parameters - field frequency", covering emission powers of 10–50 W and field frequencies of 10¹²–10²⁵ Hz; ③ Constructing an observer intervention energy correction model integrated with the gravity-magnetic field coupling correction term γ from the FQ Formula, with a deviation of ≤4.0% from NHMFL (2024) intervention data; ④ Reducing the extreme environment error from 8.2% to ≤6%. This study achieves the first logical closure between the particle formula for double-slit experiments and Bian's Universal Unified Field Theory, uniformly explaining "fringe formation, single-particle interference, and observation effect" from the underlying energy field logic, clarifying compatibility with mainstream quantum field theory, and providing a "theoretically consistent + experimental-level precision" quantitative tool for quantum chip regulation. 摘要 传统量子力学以“叠加态”抽象概念解释双缝干涉,既无法量化粒子间作用,也忽略了粒子运动的双能量场(粒子态波+推力波)协同本质。本研究基于卞氏万物统一场论公式(FQ公式)的宇宙能量场震动频率(f)关联逻辑,升级原有“短程排斥-中程吸引”定律,核心成果:① 建立电子、质子、光子的双能量场作用公式,参数锚定场频率实现物理根源化,结合MIT(2024)推力数据、中科院物理所(2024)光子数据验证,常规环境偏差≤4.5%;② 量化“推力能量-条纹参数-场频率”三维关联规律,覆盖发射功率10–50 W、场频率10¹²–10²⁵ Hz;③ 构建观测器干预能量修正模型,融入FQ公式引力-磁场耦合修正项γ,与NHMFL(2024)干预数据偏差≤4.0%;④ 极端环境误差从8.2%降至≤6%。本成果首次实现双缝实验粒子公式与卞氏万物统一场论的逻辑闭环,从能量场底层逻辑统一解释“条纹形成、单粒子干涉、观测效应”,明确与主流量子场论的兼容性,为量子芯片调控提供“理论自洽+实验级精度”的量化工具。
Contemporary physics faces a profound predicament at the intersection of relativity and quantum mechanics, rooted in the ontological presuppositions of "spacetime geometry" and "probability waves" that fail to provide a unified, realistic mechanistic explanation for cross-scale phenomena. By systematically integrating three original studies based on public data from authoritative institutions (CERN, MIT, NASA, etc.), this paper constructs a complete theoretical system of the "Kinetic Dynamics" paradigm, centered on "matter and its motion" as the sole physical reality. This paradigm achieves full-scale unified explanations for core phenomena: (1) Double-slit interference stems from quantifiable "short-range repulsion and medium-range attraction" between particles (prediction error ≤5% in conventional environments); (2) Quantum entanglement stability originates from the cosmic energy field's "phase coherence degree" locking particle motion freedom, extending qubit coherence time to over 150 μs; (3) Time dilation is the slowdown of intrinsic material motion rhythm under four extreme energy field constraints (temperature, field pressure, velocity, phase), with a full-scale prediction error ≤5%, naturally resolving ad hoc hypotheses like dark matter. This study realizes a paradigm shift from "abstract mathematical description" to "mechanistic realism," providing direct theoretical tools for quantum computing, room-temperature superconductivity, and deep-space exploration, and establishing a more concise, unified, and practical foundational framework for physics. 中文摘要 当前物理学在相对论与量子力学的交界处陷入深层困境,其核心症结在于“时空几何”与“概率波”的本体论预设,无法为跨尺度实验现象提供统一、实在的机制性解释。本文通过系统整合三项基于国际权威机构(CERN、MIT、NASA等)公开数据的原创研究,构建了“运动动力学”范式的完整理论体系,该范式以“物质及其运动”为唯一物理本体,成功实现了对核心物理现象的全尺度统一解释:(1)双缝干涉的本质是粒子间“短程排斥-中程吸引”的可量化作用力(常规环境预测误差≤5%);(2)量子纠缠态的稳定性源于宇宙能量场“相位相干度”对粒子运动自由度的锁定效应,可将量子比特相干时间延长至150μs以上;(3)时间膨胀是能量场四极端参数(温度、场压、速度、相位)约束下物质内在运动节奏的减缓,其全尺度预测误差≤5%,自然消解暗物质等补丁假设。本研究完成了从“抽象数学描述”到“机制实在论”的范式转移,为量子计算、室温超导、深空探测等领域提供了可直接应用的理论工具,为物理学构建了更简洁、统一、实用的全新基础框架。
Abstract The breakthrough of second-order non-equilibrium topological phases achieved by the Pan Jianwei team based on the "Zuchongzhi-2" superconducting quantum processor represents a significant advancement in macro topological engineering, whose underlying physical mechanism needs to be traced back to the essence of micro-particle motion. Combining the particle "short-range repulsion-medium-range attraction" law, cross-scale force unification model, Bian's Universal Unification Formula, and cosmic energy field vibration theory, this study conducts a full-chain traceability verification of this topological breakthrough: ① Clarifying that the core of topological phase construction lies in particles forming collective ordered motion according to the distance-dependent force law; ② Quantifying the logical closed loop of "Floquet engineering drive-particle dual energy field coordination-topological state stabilization", with the deviation between theoretical calculations (after integrating multiple correction terms) and experimental observations (annular energy spectrum, π-mode angular state) ≤ 3.2%; ③ Confirming that this breakthrough shares the same underlying principle with the 35.1 Tesla all-superconducting magnet breakthrough—both rely on precise regulation of particle interactions, and are highly consistent with the particle deterministic motion law revealed by the double-slit experiment and the cosmic energy field vibration logic. This research establishes a unified interpretation framework of "micro-particle interaction-medium-range topological structure-macro-engineering breakthrough", providing a high-precision quantitative tool for topological quantum computing and extreme engineering optimization, and demonstrating the cross-scale and cross-field universality of the particle deterministic motion law. 摘要 潘建伟团队依托“祖冲之二号”超导量子处理器实现的二阶非平衡拓扑相突破,是宏观拓扑工程的重大进展,其底层物理机制需追溯至微观粒子运动本质。结合粒子“短程排斥-中程吸引”规律、跨尺度力统一模型、卞氏万物统一公式及宇宙能量场振动理论,对该拓扑突破全链条溯源验证:① 明确拓扑相构建核心是粒子按间距依赖的作用力规律形成集体有序运动;② 量化“弗洛凯工程驱动-粒子双能量场协同-拓扑态稳定”逻辑闭环,整合多修正项后理论计算与实验观测(环形能谱、π模式角态)偏差≤3.2%;③ 证实该突破与35.1特斯拉全超导磁体突破共享同一底层原理——均依赖粒子作用力精准调控,且与双缝实验粒子确定态规律、宇宙能量场振动逻辑高度自洽。本研究建立“微观粒子作用-中程拓扑结构-宏观工程突破”统一解释框架,为拓扑量子计算及极端工程优化提供高精度量化工具,彰显粒子运动确定态规律的跨领域普适性。
本文聚焦三大核心基底——宇宙能量场(唯一物理实在)、粒子确定态(底层运动逻辑)、卞氏万物统一场频公式(量化工具),构建简洁自洽的全尺度物理统一框架。无需暗物质、暗能量、概率叠加等特设假设,通过“场频关联”打通微观粒子、中观物质、宏观天体的物理规律,经双缝干涉、35.1T强磁体、室温超导三类关键场景验证(误差≤4.5%),成功实现从“现象描述”到“本质量化”的范式突破。框架兼具理论自洽性与工程落地性,为量子技术、超导能源等领域提供精准量化工具。 This paper focuses on three core foundations—cosmic energy field (the only physical reality), deterministic particle state (underlying motion logic), and Bian's unified field frequency formula (quantitative tool)—to construct a concise and self-consistent full-scale unified physical framework. Without ad hoc hypotheses such as dark matter, dark energy, or probability superposition, it unifies the physical laws of microcosmic particles, mesoscopic matter, and macroscopic celestial bodies through "field-frequency correlation". Validated by three key scenarios (double-slit interference, 35.1T fully superconducting magnet, and room-temperature superconductivity) with an error ≤4.5%, the framework achieves a paradigmatic breakthrough from "phenomenological description" to "essential quantification". It integrates theoretical self-consistency and engineering applicability, providing a precise quantitative tool for quantum technology, superconducting energy, and other fields.
Dynamic balance is a universal phenomenon in natural and engineered systems. However, a unified framework connecting microscopic quantum superposition to macroscopic classical perception has remained elusive. This paper introduces the BSPP (Biao-Sha-Push-Pull) Theory, an axiomatic framework for multi-scale dynamic balance founded upon the 167ms temporal lattice unit (τ₀). The theory's core comprises five fundamental axioms. These axioms extend the concept of quantum superposition to the macroscopically perceivable "Biao-Sha" superposition state and provide a standardized four-step resolution process for any system meeting the three criteria of perceptibility, discretizability, and normalizability. A defining feature of this framework is its extreme physical simplicity: the core algorithm can be implemented on an FPGA chip utilizing only 42 Look-Up Tables (LUTs) with a power consumption of less than 5mW. Experimental validation spans three distinct levels: 1) At the neuroscience level, electroencephalography (EEG) demonstrates the synchronous enhancement of γ and δ waves under BSPP acoustic stimulation, confirming the computable resolution of macroscopic emotional contradictions. 2) At the quantum physics level, a modified photoelectric effect experiment reveals a smooth transition in wave-particle duality dependent on the observation time window, with data precisely aligning with theoretical predictions. 3) At the engineering level, an Embedded Balance Arbiter (EBA) based on BSPP improves fuel efficiency by 12.3% in hybrid electric vehicle energy management. The BSPP Theory achieves, for the first time, a formal unification of Western quantum science and Eastern Yin-Yang Five Phases philosophy on the fundamental issue of dynamic balance at mathematical, hardware, and empirical levels. It provides a computable, verifiable, and engineerable solution for cross-scale complex systems. KEY PAPER (Full Theory & Proofs): A Flower's Smile, V-Functions Arise: Answering Lyapunov's Centennial Question DOI: 10.5281/zenodo.18927653 A Paradigm Shift in Control Theory CDEQ V1.2 The Countable Foundation of Stability DOI: 10.5281/zenodo.18939385 A Paradigm Shift in Control TheoryCDEQ V1.2 The Countable Foundation of StabilityDOI: 10.5281/zenodo.18939385 CDEQ V1.3 Mathematical Proof of the PCTT-CW Penta-Cyclic Clockwise Topological TheoremDOI: 10.5281/zenodo.18988669 CDEQ V1.4: Mathematical Proof of the CENHE-LEX Nonary Central Holding Equilibrium TheoremDOI: 10.5281/zenodo. 19023440 CDEQ V1.5 GCVT-10 Global Convergence Validation TheoremDOI: 10.5281/zenodo. 19055969 For the complete mathematical foundation, rigorous derivations, and general solution to Lyapunov's century-old problem — see the key paper above. Author: Jiang Wenjia (Shenzhen, China) ORCID: 0009-0000-3850-7286 Correspondence: jiangwenjiaszx@outlook.com