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A More Accurate Determination of the Magnitude of Cosmic Inflation in the Big Bang Model

A More Accurate Determination of the Magnitude of Cosmic Inflation in the Big Bang Model
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摘要 According to our hypothesis, at the very beginning of the Big Bang, a hyperenergetic spherical wave was created. We described its characteristics in our previous work, and the present work is based on them. Logically, we saw that in cosmic inflation the frequency of such a wave would decrease sharply. Based on the temperature that prevailed immediately after inflation according to the hot Big Bang model, we determined a measure of the size of the inflation in this model, in accordance with our hypothesis. According to our hypothesis, at the very beginning of the Big Bang, a hyperenergetic spherical wave was created. We described its characteristics in our previous work, and the present work is based on them. Logically, we saw that in cosmic inflation the frequency of such a wave would decrease sharply. Based on the temperature that prevailed immediately after inflation according to the hot Big Bang model, we determined a measure of the size of the inflation in this model, in accordance with our hypothesis.
作者 Slobodan Spremo Slobodan Spremo(Mathematical Grammar School, Belgrade, Serbia)
出处 《Journal of High Energy Physics, Gravitation and Cosmology》 CAS 2024年第1期27-30,共4页 高能物理(英文)
关键词 Flat Space and Time Hyperenergetic Spherical Wave Primary Particles Quantum of Speed Flat Space and Time Hyperenergetic Spherical Wave Primary Particles Quantum of Speed
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