Inherent Limitations of Ice Cube with Regards to Both CP Violation Physics, and Data Collection

Abstract

We examine how ICE CUBE is impacted via definite observational limits, a potentially serious flaw in estimated collection ability as predicted by a short fall in Monte Carlo simulations, and a datum that the CP violations connected with Baryogenesis are not predicted by SUSY accurately. All these considerations, plus the known datum that water is a superior medium for data collection than block ice argue pervasively in first building neutrino physics collection systems first in the Mediterranean sea, and relying upon ICECUBE as a back up to planned and running systems in place near Europe. This is made urgent also in the known datum that both the near European sub continent facilities now have bio luminence problems in the water, but have the same sensitivity as the South polar region neutrino astrophysics facilities now planned for