Reviewing A Plasma Universe With Zero Point Energy

The first section of this paper reviews recent developments in areas of plasma physics that have relevance to cosmology, astronomy and our solar system. Some important equations that describe the behavior of plasmas in these areas are noted. The second section reviews recent developments that pertain to the vacuum Zero Point Energy (ZPE) and its behavior over time. It is shown that this behavior affects the electric and magnetic properties of the vacuum. The third section elucidates the effects that these changes in the strength of the ZPE have on plasma, and the equations describing them. The final section discusses the implications these changes have for the early universe in cosmologies based on plasma and Big Bang physics. The role played by ion sorting in plasma filaments in the formation of our solar system is examined. The reason for the quantization of the redshift is elucidated from atomic orbit behavior with a ZPE