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The cosmic web and microwave background fossilize the first turbulent combustion

机译:宇宙网和微波背景使第一次湍流燃烧化石

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The weblike structure of the cosmic microwave background CMB temperature fluctuations are interpreted as fossils of the first turbulent combustion that drives the big bang. Modern turbulence theory requires that inertial vortex forces cause turbulence to always cascade from small scales to large, contrary to the standard turbulence model where the cascade is reversed. Assuming that the universe begins at Planck length 10~(-35) m and temperature 10~(32) K, the mechanism of the big bang is a powerful turbulent combustion instability, where turbulence forms at the Kolmogorov scale and mass-energy is extracted by < -10~(113) Pa negative stresses from big bang turbulence working against gravity. Prograde accretion of a Planck antiparticle on a spinning particle-antiparticle pair releases 42% of a particle rest mass from the Kerr metric, producing a spinning gas of turbulent Planck particles that cascades to larger scales at smaller temperatures (10~(-27) m, 10~(27) K) retaining the Planck density 10~(97) kg m~(-3), where quarks form and gluon viscosity fossilizes the turbulence. Viscous stress powers inflation to ~ 10 m and ~ 10~(100) kg. The CMB shows signatures of both plasma and big bang turbulence. Direct numerical simulations support the new turbulence theory.
机译:宇宙微波背景CMB温度波动的网状结构被解释为是引起大爆炸的第一次湍流燃烧的化石。现代湍流理论要求惯性涡旋力使湍流始终从小尺度到大尺度级联,这与级联逆转的标准湍流模型相反。假设宇宙始于普朗克长度10〜(-35)m且温度为10〜(32)K,则大爆炸的机理是强烈的湍流燃烧不稳定性,其中湍流在Kolmogorov尺度上形成,并提取了质量能。由<-10〜(113)Pa引起的大爆炸湍流对重力的负应力。在旋转的粒子-反粒子对上增加Planck反粒子的积聚会从Kerr度量中释放42%的粒子静止质量,从而产生湍流的Planck粒子的旋转气体,该气体在较小的温度下(10〜(-27)m ,10〜(27)K)保持普朗克密度10〜(97)kg m〜(-3),在此形成夸克,胶子粘度使湍流化石。粘性应力使膨胀达到〜10 m和〜10〜(100)kg。 CMB显示出等离子体和大爆炸湍流的特征。直接数值模拟支持新的湍流理论。

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