A novel cosmic tree junction of the plasma universe

Summary form only given. The Hubble Space Telescope data on NGC 4261 appear to reveal a critical zone. On one side spiral galaxies or clusters are grouped together and on the other side, a group of coaxial elliptical or spherical galaxies formed. Both these distinct groups support a typical central core observed as ring formations. The author has been analysing such a junction through a univeral plasma energy model (1991) along with a dual mode vortex process (DMVT) that support a source, spiral formations and coaxial rings. Under plasma flow conditions, the cosmic core flows provide the energy in observations like NGC 4261 as a feed for the entire part of the Universe under its fold. A self-excited dynamo or generator (Alfven, 1981) surrounded by cosmic plasma flows form this feed. The DMVT process around the electromagnetic field environment helps to distribute clusters of galaxies below this central core. This process may be viewed in several dimensions beyond the Galaxy in order to understand the secrets behind this novel cosmic tree junction as well as the mysterious nature of several formations in the plasma universe. Thus the cosmic core flow feeds a four-flow distribution of currents in the plasma universe. Simulation of cosmic plasma energy process helps the advancement of laboratory plasmas and knowledge expansion beyond Galactic plasmas.