SPACITY EXPLAINS GALAXY FORMATION

Gravity is credited as the force behind the Galaxy/ Star/ planet formation. Gravity is supposed to coalesce hot nebular gases to form stars, over millions of years. Alternately an event like supernova could also seed an existing nebula. In this case compressional forces are credited with star formation. Accretion discs around the stars give birth to planetary systems.

You need violent force to form a star’s plasma-core or a planet’s molten-core. Additionally, these violent forces are expected to be available for sustained period. Gravity, being a weak force does not have the strength to create such a violent force. Whereas compressional force of a supernova is at best a short-lived force. The alternate explanation follows as below.

Nebula is not simply a mass of gas and particles. It is an extremely hot mass of gas and particles. The temperature levels are so high that despite the Kelvin-cold Space, the nebula maintains a cocoon of hot and energized atmosphere. The distance and size under consideration are many thousand light years.

Initially the space forces are not much of a contributing factor because of their weak nature owing to scattered mass. But at such high temperatures, particles that are in ionised form have the capacity to generate electric discharges. Dischargeslike those seen in a lightning.The lightning current mobilises the surrounding mass to move with it in the general direction of the discharge. This has a cascading effect on many such discharges. Resultant mass movement is of astronomical proportions. This is when spaceforces start contributing by enabling the formation of galactic shape. S2, S3 and centrifugal force create disc shape.

A dominant discharge assumes lead among the many discharges. The discharges move along an arc. This creates a system for galactic masses to move around an imaginary axis and along a physical plane. The plane and Axis are perpendicular to each other. This imaginary axis and the plane form the final construct of the future galaxy.Radius of curvature of the arc decides the size of the galaxy. Straighter the arc, larger the size of the Galaxy. Thus, we see different sizes of galaxies each oriented on its own axis.Single dominant axis may lead to spiral, circular or ring galaxy, Cluster type of galaxy may be formed if the distribution of mass and the resultant axis are not coherent.

The nebular gases at the center are likely to be left out. But it has its own capacity to create a super massive star at the center. Whose going Supernova will clear much of central gas and create a Super Massive Black Hole at the center. This shows that blackhole is not the initiator of galaxy formation.