Gluon-Graviton Theory

Abstract GPBG (Gluon- Photon- Boson- Graviton) theory is a new proposed concept for universe formation in the field of particle physics. The four fundamental forces of nature – the strong force, the electromagnetic force, the weak force and the gravitational force are the governing forces of these four particles gluon, photon, boson and graviton respectively. The previous concept of universe formation is a single particle concept whereas this theory projects a four particle presentation of the early universe. This theory is based on the fact that the early primitive space has only four particles. This was followed by their mutual attraction by some unknown hypothetical X force and the four fundamental particles coalesce to form a

The concept is a singularity based approach. The explosion of a miniature particle in the early universe is what the Big Bang is based upon. It provides the scientific community with assistance in solving the answers of the primitive space. Similarly Hubble space telescope solidifies the fact of Big Bang approach. Recently experiments of Higgs Boson in Large hadron collider, comes out handy in explaining the creation of universe from singularity approach. Quadruple approach in this arena is a totally new concept. The concept is designed from the four fundamental forces of nature. This four fundamental forces- Strong force, electromagnetic force, weak force and the gravitational force and their interactions are the fundamental principle behind this concept. This forces have their own mediators namely gluon, photon, boson and graviton. GPBG is the way of looking the previous universe. Some hypothetical force which may have caused a disturbance leads to the collision of these mediator particles. The interaction of these particles can be supported by a mathematical expression. It is true that graviton is still hypothetical but the present concept becomes lame if gravitational force is not taken into

Antiparticles of this mediator have the same matrix follow system as the Mediator matrix one. The combination results in a formation of a particle cloud or a primitive particle. The particle cloud has been termed as to hypothesize a presence of more than four mediator particles of same group. The particle cloud is more appropriate in considering the early space as it results in quick decay or production of heavier subatomic particles. In can be predicted from the model itself that a new origin of subatomic particles is obtained from the mediator particles only. Similarly the model churns out another important point of creation of particles or system from something valid. These mediator particles are there in universe from beginning and under the circumstances of the Hypothetical force x they tend to combine to form the heavier