Abstract: The aim of this paper is to present Quantum Relativity, a new model that defines relativity as a quantum phenomenon yielding an understanding of mass / inertia and the true nature of space-time. Explanations are provided for what the curvature of space time is describing, why there is no information loss at the black hole boundary, and predictions on how to create gravity like effect and the experimental results verifying these predictions(1).

There are two reasons that a theory is accepted in the physics community: Performance in terms of accuracy and predictive power, and the compelling elegance of its formulation. Relativity is such a theory. An effect completely defined by the curvature of space-time, where the amount and direction of the curvature is controlled by the sum total of the energy present, linked by the fixed speed of interaction. Einstein said “matter tells space-time how to bend and space-time tells matter how to move” What is not included in this theory is the why of the relationship. Why does space-time bend? What is it that is bending? If all things are relative is there something relative between space-time and matter or energy? On the scale of the cosmos no theory is more complete but at the smallest scale of quantum lengths relativity is of no use. Is there a simple connection between the scales? Can geometry be used at the greatest and smallest scales or is geometry only a model for what is really occurring?

The following intends to show that there is a formulation based on the speed of light limit alone that directly connects Quantum Mechanics with General Relativity.