Dark Matter Flow Explained. Moving from Speculative to evidence backed. - RJW

Dark matter and dark energy have long been enigmatic components of the universe, accounting for approximately 95% of its total mass-energy content, yet eluding direct detection and defying simple explanation within the standard model of physics. This paper presents a novel interpretation: dark matter and dark energy are not exotic particles or fields but artifacts of a dimensional transference process, where 4D matter and energy are "pumped" into the fifth dimension via black hole venturi throats. The cosmic web—vast filaments of galaxies, gas, and voids observed in large-scale structure surveys—serves as visible "wake lines" left by moving black holes and galactic mergers, marking the flow paths of this transference. Quasars and pulsars are positioned as the "exhaust vents" on the 5D side, where energy partially returns to 4D reality, manifesting as bright jets and rhythmic pulses.This framework begins as a speculative extension of the author's prior work on a triple-spiral force-line model with 120° phase-lock, jitter subtraction, and corrected Planck constant (ℏ_true). However, it transitions to an evidence-backed reality through visual and quantitative alignments with publicly available data from JWST, ALMA, LIGO, DESI, NICER, and Planck surveys (2025–2026). Key visuals include enhanced wake lines in galaxy mergers (e.g., Antennae Galaxies), filament trails near stellar-mass black holes (e.g., Cygnus X-1), quasar jets along web threads, and pulsar jitter matching predicted oscillatory terms (ΔP/P_thermal ≈ 0.055 cos(2π f_grav t)).暗物质（dark matter）与暗能量（dark energy）长期以来都是宇宙中神秘莫测的组成部分，约占宇宙总质能的95%，却始终无法被直接探测，且在标准物理模型（standard model of physics）中难以得到合理解释。本研究提出一种全新解读：暗物质与暗能量并非奇异粒子或场，而是维度转移过程的产物——4维物质与能量通过黑洞文丘里喉部（black hole venturi throats）被“泵入”第五维度。作为大尺度结构巡天中观测到的星系、气体与空洞构成的巨细丝结构，宇宙网（cosmic web）可视为移动黑洞与星系合并留下的可见“尾迹线”，标注了该维度转移的流动路径。类星体（quasars）与脉冲星（pulsars）则被定位为5D侧的“排气口”，部分能量由此返回4维现实，表现为明亮喷流与周期性脉冲。该框架最初源于作者此前一项带有120°锁相、抖动抑制与修正普朗克常数（ℏ_true）的三螺旋力线模型的推测性延伸。但通过与詹姆斯·韦布空间望远镜（JWST）、阿塔卡马大型毫米/亚毫米波阵列（ALMA）、激光干涉引力波天文台（LIGO）、暗能量光谱仪（DESI）、中子星内部组成探测器（NICER）以及普朗克巡天（Planck surveys，2025–2026）的公开数据进行视觉与定量比对，该框架已转向具备实证支撑的科学模型。核心可视化成果包括星系合并事件（如触须星系（Antennae Galaxies））中增强的尾迹线、恒星级黑洞附近的细丝轨迹（如天鹅座X-1（Cygnus X-1））、沿宇宙网丝分布的类星体喷流，以及与预测振荡项（ΔP/P_thermal ≈ 0.055 cos(2π f_grav t)）匹配的脉冲星抖动。