论文标题
生产物质中微子的生产
Production of Tachyonic Neutrino in Matter
论文作者
论文摘要
最近，已经提出了一种基于超光隧穿的新理论，以解释物质中的高能中微子向速旋状态传播的过渡。在这项工作中，我们基于以下假设，即在物质上流动的超偏中子中微子随着Bremsstrahlung辐射的排放而损失了部分能量的假设，我们确定了将中微子引导到超亮区域的可能机制。所获得的光子反过来可以产生中微子抗毒抗抗乙酸酯对，其中一个或两种可以是超亮的。我们还证明，只要只有一个是一个太空粒子，就可以证明中微子风味振荡可能发生。这表明质量振荡和超血性行为可能是相关的现象。最后，使用广义的洛伦兹变换，我们制定了运动学的拉格朗日，允许散射过程。 Lagrangian的结构与标准模型的形式主义一致。基于这个拉格朗日，至少形成对的颗粒必须始终是肾小球。还讨论了两对创建过程由深色光子介导的可能性。
Recently, a new theory based on superluminal tunnelling has been proposed to explain the transition of highly energetic neutrinos propagating in matter to tachyonic states. In this work, we determine the possible mechanisms that lead neutrinos into a superluminal realm based on the assumption that ultrarelativistic neutrinos travelling in matter lose part of their energy with the emission of Bremsstrahlung radiation. The obtained photons, in turn, can create neutrino antineutrino pairs, one or both of which can be superluminal. We also prove that pair creation may occur with neutrino flavour oscillation provided that only one of them is a space-like particle. This suggests that mass oscillation and superluminal behaviour could be related phenomena. Finally, using the generalised Lorentz transformations, we formulate the Lagrangian of the kinematically allowed scattering processes. The structure of this Lagrangian is consistent with the formalism of the Standard Model. Based on this Lagrangian, at least one of the particles forming the pair must always be subluminal. The possibility that the pair creation process is mediated by a dark photon is also discussed.
