Emergent Universe

We describe the graviton and the empty vacuum as the symbolic information required to begin and end the universe. We will try to reconcile the two great cosmological theories; the General Theory of Relativity the theory of gravity regarding the interaction of big objects and the Theory of Quantum Mechanics the theory of the small quantum particles. We will show the attractive force of gravity the graviton particle is the dominant attractive force of the universe. Gravity competes with dark energy the force expanding the gravitational field in the vacuum which will eventually end the universe.
At the granular level the graviton is the quantum elementary attractive force interacting with all particles. The graviton and the empty vacuum are the fundamental bit of information controlling the universe.
We will review the General Theory of Relativity and the Theory of Quantum Mechanics to merge their general features into a cohesive theory. This new theory tells the story of the gravitational field in the vacuum of the universe without the inconsistencies that have crept into the two theories in the last one hundred years.
We believe the universe is simple and reproducible. The universe evolved naturally from two bits of information, the graviton a unit of energy and the empty vacuum of nothingness the unit of zero. Some of the secrets of the quantum world maybe hidden from us. By simple we mean everything in the universe evolved by adding and subtracting a one-dimensional particle of energy into the vacuum and combining these spinning particles in three-dimensions in many ways over time. The three-dimensional particles of the attractive force of gravity combined in a manner as simple as counting and combining to evolve all the particles in the universe.
Our story of the universe presents interesting questions on what are the fundamental properties of nature? What are the emergent qualities of nature that evolved from the fundamental properties? We believe every conceivable combination of particles is possibly produced in the universe. The universe begins with an initial condition of the nothingness of the empty vacuum and the fundamental bit of energy. Other particles evolved into the elementary particle ions and interacting forces from the one-dimensional closed loop vibrating string of energy. The existing theories of particle physics developed from the particle hierarchy and filling in the gaps without being able to observe the smallest particles.
Our approach has been a strategy starting with the smallest bit of energy at the Planck Length of 10^-35 meters with a massless vibrating closed loop spin-2 string. The graviton is attractive unit of energy and the empty vacuum of nothingness to evolve a field theory that evolves all other particles.
The universe and most things in it are emergent from the most fundamental bits of information. This initial condition provides a universe which is reproducible. Our theory attempts to provide a simple framework to explain the universe in a consistent and meaningful manner hoping that others will be stimulated by our theory.
In the second part of our story we follow the large-scale structure of the universe that we can observe. We describe the interactions of large masses expected over long periods of time. We show how gravity and dark energy works on a large scale. We follow the interaction of gravity pulling galaxies, galaxy clusters and superclusters together in competition with dark energy. We also follow how the large-scale structure of the gravitational field in the vacuum is expanding. How gravity and the expansion of dark energy compete for the dominant role in the universe.
Finally, we follow the interactions of gravity and the expansion of the universe over long periods of time to predict the end of the universe. We discuss the possibilities of what happens next and the implications of the conclusions we have reached.
We hope you enjoy the adventure.