本文在前期波场理论基础上,引入“分层双级频率调制机制”(源自公理 u^2+v^2=\Phi c^2):地球相对于绝对波场的整体漂移速度(V\approx370\,\text{km/s})作为一级公共因子,被局域引力势吸收,因此近地原子钟(GPS、地面光钟等)的方向性效应被完全屏蔽,原预言的12小时周期信号不再存在,与现有观测一致。然而,绝对运动的痕迹在宇宙学尺度依然保留:CMB偶极的一阶幅度(V/c)及二阶时间膨胀调制(V^2/(2c^2))由地球绝对速度唯一决定;而LSS计数偶极的异常幅度(2-5倍于CMB偶极)则源于地球与星系群的绝对速度矢量差。相对论若试图以LSS为参考系解释大偶极,将导致CMB二阶调制幅度过大,与普朗克数据矛盾。因此,高精度测量CMB偶极的二阶效应并与LSS偶极一阶幅度交叉比对,即可作为区分波场理论与相对论的判决性实验。该检验基于已有观测数据,有望在下一代CMB和LSS巡天中实现。该文将在后续进行版本更新!
宇宙微波背景辐射(CMB)偶极在标准宇宙学框架下,被解释为太阳系相对CMB参考系的本动效应,拟合得到运动速度约370 km/s。但NVSS射电巡天、WISE…
Read more本文在前期波场理论基础上,引入“分层双级频率调制机制”(源自公理 u^2+v^2=\Phi c^2):地球相对于绝对波场的整体漂移速度(V\approx370\,\text{km/s})作为一级公共因子,被局域引力势吸收,因此近地原子钟(GPS、地面光钟等)的方向性效应被完全屏蔽,原预言的12小时周期信号不再存在,与现有观测一致。然而,绝对运动的痕迹在宇宙学尺度依然保留:CMB偶极的一阶幅度(V/c)及二阶时间膨胀调制(V^2/(2c^2))由地球绝对速度唯一决定;而LSS计数偶极的异常幅度(2-5倍于CMB偶极)则源于地球与星系群的绝对速度矢量差。相对论若试图以LSS为参考系解释大偶极,将导致CMB二阶调制幅度过大,与普朗克数据矛盾。因此,高精度测量CMB偶极的二阶效应并与LSS偶极一阶幅度交叉比对,即可作为区分波场理论与相对论的判决性实验。该检验基于已有观测数据,有望在下一代CMB和LSS巡天中实现。该文将在后续进行版本更新!
宇宙微波背景辐射(CMB)偶极在标准宇宙学框架下,被解释为太阳系相对CMB参考系的本动效应,拟合得到运动速度约370 km/s。但NVSS射电巡天、WISE红外巡天等大尺度结构(LSS)计数偶极观测显示,实测偶极幅值显著高于CMB偶极理论预期,幅度比值可达2–5倍,统计显著性超过5σ,构成当下ΛCDM宇宙学显著的偶极张力疑难。
本文依托波场统一理论基础公设,建立区别于相对论多普勒解释的CMB偶极光通量物理模型。本研究提出,CMB全天温度偶极并非光子相对论频移所致,而是观测者绝对运动引发各向异性光子通量差异;同时引入运动观测者相位放缓因子 \gamma=1/\sqrt{1-V^2/c^2},刻画绝对运动对探测器内部演化节律的真实作用。
本工作进一步从物理机制层面,严格论证了相对论时空畸变解释与本波场光通量+相位放缓解释在CMB偶极温度偏移上数学结果完全等价( T' = \gamma T),但二者底层公设、物理图像、本体论框架存在根本性差异:相对论依赖时空几何畸变,本模型仅需平直绝对时空、静态均匀背景波场与观测者–波场耦合关系。本模型完全兼容狭义相对论在局域、高能物理场景的全部成熟结论,仅针对宇宙大尺度偶极观测提供等价、可替代的物理解释范式。
在此统一框架下,CMB偶极反演的370 km/s被重新定义为地日系相对宇宙绝对静止波场的客观绝对漂移速度 \vec{V}_\oplus;大尺度结构偶极则源于地球与星系集群绝对漂移的矢量差 \vec{V}_{\text{LSS}} = \vec{V}_\oplus - \vec{V}_{\text{gal}}。本工作不预先设定星系集群漂移矢量 \vec{V}_{\text{gal}}的固定取值,该矢量为可由未来红移分层巡天与SZ效应测速数据独立反演的客观物理量。 当星系集群整体漂移矢量与地日系漂移方向反向时,LSS偶极幅值自然倍数放大,从而无须额外自由参数即可闭环解释持续20余年的偶极张力观测异常。
两套理论数学结果严格重合、无法被现有实验区分,但物理本体完全不同。相较于相对论时空畸变假设,本模型以更少的基础公设实现同等观测拟合,具备理论极简性与本体论优势。本体系给出多项可检验巡天预言,为绝对运动背景下的宇宙学大尺度观测提供了全新理论锚点与验证路径。
Building on our previous wave field theory, we introduce a hierarchical two-level frequency modulation mechanism rooted in the axiom u^2+v^2=\Phi c^2. The Earth’s bulk drift velocity relative to the absolute wave field (V\approx370\,\text{km/s}) acts as a primary common factor that is absorbed by the local gravitational potential. Consequently, directional effects in near‑Earth atomic clocks (GPS, ground‑based optical clocks, etc.) are completely screened, and the originally predicted 12‑hour periodic signal disappears — in full agreement with observations. However, the signature of absolute motion remains at cosmological scales: the first‑order amplitude (V/c) and the second‑order time‑dilation modulation (V^2/(2c^2)) of the CMB dipole are uniquely determined by the Earth’s absolute velocity. The anomalously large amplitude of the LSS number‑count dipole (2‑5 times the CMB dipole) is instead explained as the vector difference between the absolute velocities of the Earth and the local galaxy group. If one tries to interpret the large LSS dipole as a relative motion in the framework of special relativity (by adopting the LSS rest frame), the implied second‑order CMB modulation would be much larger than the Planck data allow, creating an inconsistency. Therefore, a high‑precision cross‑comparison between the second‑order CMB dipole modulation and the first‑order LSS dipole amplitude provides a decisive experimental test to discriminate between wave field theory and relativity. This test relies on already available observational data and can be performed with next‑generation CMB and LSS surveys.
Abstract (English)
Title:
Unified Explanation of CMB and LSS Dipole Anomalies in Wave Field Theory: An Absolute Drift Velocity Framework Based on Photon Flux and Phase Slowing-down
Abstract:
The Cosmic Microwave Background (CMB) dipole is conventionally interpreted as the Doppler motion of the solar system relative to the CMB rest frame, yielding a velocity of approximately 370 km/s. However, independent dipole measurements from large-scale structure (LSS) surveys, such as NVSS and WISE, consistently show amplitudes 2–5 times larger than the CMB dipole expectation, with statistical significance exceeding 5σ. This discrepancy constitutes the long-standing “dipole tension” problem within the ΛCDM framework.
Based on the postulates of wave field unified theory, this work proposes an alternative physical mechanism for the CMB dipole — a photon flux model. It is shown that the CMB temperature dipole does not originate from relativistic frequency shift, but from anisotropic photon flux caused by the absolute motion of the observer. Additionally, the phase slowing-down factor
is introduced to characterize the genuine effect of absolute motion on the internal evolution rhythm of the measuring device.
Crucially, this paper demonstrates that the relativistic space-time distortion explanation and the present wave-field photon flux plus phase slowing-down explanation yield exactly the same mathematical result for the CMB temperature shift (
), while their underlying postulates, physical pictures, and ontological frameworks are fundamentally different: the former relies on space-time geometry distortion, whereas the latter only requires flat absolute space-time, a static uniform background wave field, and observer-wave coupling.
Under this unified framework, the 370 km/s inferred from the CMB dipole is redefined as the objective absolute drift velocity
of the Earth-Sun system relative to the cosmologically static wave field. The LSS dipole is interpreted as the vector relative motion between the Earth-Sun system and galaxy clusters, satisfying
, where
is the absolute drift velocity of galaxy clusters. The model does not presuppose specific values for
; it is left to be independently determined by future redshift-dependent LSS surveys and Sunyaev-Zel‘dovich (SZ) effect measurements. When the drift direction of galaxy clusters is opposite to that of the Earth-Sun system, the amplitude of the LSS dipole naturally becomes multiples of the CMB dipole, thus closing the dipole tension anomaly without any extra free parameters.
Both theoretical frameworks are mathematically equivalent and cannot be distinguished by existing observational data, but their physical ontologies are entirely different. The wave field model achieves the same observational fit with fewer fundamental assumptions, offering a minimal and ontologically parsimonious alternative. The paper also presents several testable predictions for future surveys.
.
This work does not challenge the local and high-energy validity of special relativity, nor does it contradict any existing experimental results. It provides a mathematically equivalent, empirically indistinguishable, yet ontologically distinct alternative paradigm for large-scale cosmic dipoles — one that restores flat space-time, absolute motion, and a physically real cosmic rest frame to cosmology.
Keywords:
Wave field theory; absolute drift velocity; CMB dipole; LSS dipole; dipole tension; photon flux model; phase slowing-down; cosmological principle; absolute reference frame; galaxy peculiar motion; testable predictions