标题： 中微子共振振荡增强在物质中的不可能实现 显示英文标题

标题： Impossible Realization of Neutrino Resonance Oscillations Enhancement in Matter

摘要： 在本文中，我们研究一个光子、一个带电的重粒子和一个重中微子穿过物质的情况。 假设的左右对称弱相互作用，这被用于Wolfenstein方程中，可以在物质中产生中微子振荡的共振增强，当中微子从物质（太阳）进入真空时这种增强会消失。 结果显示，由于标准弱相互作用不能产生质量，因此在物质中中微子的能量和动量守恒定律只有当中微子对物质极化的能量$W$或Wolfenstein方程中的相应项为零时才成立。 这一结果意味着中微子不能产生物质的永久极化。 这导致了如下结论：物质中的中微子振荡的共振增强不存在。 还显示，在标准弱相互作用中，切连科夫辐射不可能存在。 显示英文摘要

摘要： In this paper, we study a photon, a massive charged particle, and a massive neutrino passing through matter. The hypothetical left-right symmetric weak interaction, which is used in Wolfenstein's equation can generate the resonance enhancement of neutrino oscillations in matter, which disappears when neutrinos go out into vacuum from matter (the Sun). It is shown that since standard weak interactions cannot generate masses, the laws of conservation of the energy and the momentum of neutrino in matter will be fulfilled only if the energy $W$ of polarization of matter by the neutrino or the corresponding term in Wolfenstein's equation, is zero. This result implies that neutrinos cannot generate permanent polarization of matter. This leads to the conclusion: resonance enhancement of neutrino oscillations in matter does not exist. It is also shown that in standard weak interactions the Cherenkov radiation cannot exist.