Research about the deviation from the Standard Model by studying the elastic scattering of electron neutrino mass (anti electron neutrino mass) on the electron

In this research the differential cross section for elastic scattering of electron neutrino (or anti neutrino) on the electron was calculated within and outside the frame work of the Standard Model (SM) of elementary particle physics. The mathematical relation of deviation from this model was also calculated. This study showed that there is a deviation from the standard model of the order for the electron neutrino flavor. The reference [16] was not able to appear it quite clearly and independently, but It showed the deviation on average for all flavors of neutrino together. Due to this deviation is very small, one can be neglected and therefore do not need to expand the framework of the standard model to include the electron neutrino mass, because in this case, it is located inside its framework.

Analysis of Eexperimental Data of the Wilkinson Microwave Anisotropy Probe About the Contribution of Relative Particles (light and neutrinos) in the Cosmological Omega-Density Parameter (Ω
)

The contribution of relative light particles and relative neutrinos in the cosmic Omega-density parameter (W) was separately calculated based on the data of Wilkinson Microwave Anisotropy Probe. Also it has been shown that the effect of the relative particles circulating in the universe in Omega-density parameter is roughly equivalent to the effect of the Big Bang neutrinos in this parameter and the universe will remain in the vicinity of the critical situation.