暗能量的流体力学证伪
Falsification of dark energy by fluid mechanics
摘要：
2011年诺贝尔物理学奖授予加速超新星昏暗的发现，这表明宇宙膨胀率的显着变化，从大爆炸以来的下降到增加，由一种神秘的暗能量材料的反引力驱动，占宇宙质量能量的70%。流体力学的考虑否定了加速膨胀和暗能量的概念。在目前的自引力结构形成的标准模型中，运动粘度被忽略了，它依赖于冷暗物质CDM凝聚和成团，这些凝聚和成团也被流体力学证伪。弱碰撞CDM粒子不凝聚，而是扩散。光子粘度预测超团空洞碎裂早在等离子体时代和原星系在年底。在等离子体-气体转换时，等离子体碎片变成万亿行星团（原球状星团PGCs）中的地球质量气体行星。氢行星冻结形成星系的暗物质，并合并形成它们的恒星。暗能量是超新星Ia的系统性变暗误差，由热白矮星附近的暗物质行星在克拉塞卡碳极限处引起。蒸发的行星大气层可能会或可能不会散射事件的光线，这取决于视线。
英文摘要：
The 2011 Nobel Prize in Physics was awarded for the discovery of accelerating supernovae dimness, suggesting a remarkable change in the expansion rate of the Universe from a decrease since the big bang to an increase, driven by anti-gravity forces of a mysterious dark energy material comprising 70% of the Universe mass-energy. Fluid mechanical considerations falsify both the accelerating expansion and dark energy concepts. Kinematic viscosity is neglected in current standard models of self-gravitational structure formation, which rely on cold dark matter CDM condensations and clusterings that are also falsified by fluid mechanics. Weakly collisional CDM particles do not condense but diffuse away. Photon viscosity predicts superclustervoid fragmentation early in the plasma epoch and protogalaxies at the end. At the plasma-gas transition, the plasma fragments into Earth-mass gas planets in trillion planet clumps (proto-globular-star-cluster PGCs). The hydrogen planets freeze to form the dark matter of galaxies and merge to form their stars. Dark energy is a systematic dimming error for Supernovae Ia caused by dark matter planets near hot white dwarf stars at the Chandrasekhar carbon limit. Evaporated planet atmospheres may or may not scatter light from the events depending on the line of sight.
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。
