论文标题
量子在大爆炸中的脱钩时代的中微子的演变模型中破裂
Quantum breaks in a model for the evolution of neutrinos during their decoupling era in the big bang
论文作者
论文摘要
一个主动的两中性国家与中间标量介子的耦合，从那时起到两种抗静脉液体，是催化从活跃到无菌中微子的过渡的一个想法，用于实施多德尔森 - 韦德罗（Dodelson-Widrow）提案，用于生产无菌和某些大规模的中性群（如多种大规模的中准群落），并具有深色的候选物。我们提出了一些有望使用具有相同质量和耦合参数的相同模型的力学，以实现相似的结果，但更快的数量级。或者，相似的结果，但从大幅减少的耦合常数开始。然后，由于与实验室和天体物理数据的一致性，该模型将变得越来越少。
An active two-neutrino state's coupling to an intermediate scalar meson, and thence to a two-antineutrino state, is one idea for catalyzing transitions from active to sterile neutrinos, in an implementation of the Dodelson-Widrow proposal for the production of sterile and somewhat massive neutrinos as dark matter candidates. We propose some mechanics that promises to use the very same model with the same mass and coupling parameters, in order to achieve similar results, but orders of magnitude faster; or alternatively, similar results but beginning with vastly reduced coupling constants. The model then would become much less constrained by consistency with laboratory and astrophysical data.
