The Theory of Space-Matter consists of three sub-theories: The Theory of Infinite Dimensions, The Theory of Relative Displacement and The Theory of Gravitational Thrust. 

https://archive.org/details/before-the-big-bang-dark-energy-quantum-gravity-and-singularities-the-theory-of-space-matter 

These theories revolve around the concept of space and matter as the two fundamental properties of the universe. Space concerns all expansions, fissions, divisions, repelling particles, replications, and reproductions. Matter, on the other hand, concerns all gravitations, fusions, masses, attractions and collisions. And together, they form the inseparable relationship of space-matter.

Gravity, is the force of matter, and is a reaction (thrust) force to the expansion of space, an action force. Expansion, is the force of space, and exerts gravitational thrust in the opposite direction. The interdependent relationship of space and matter are illustrated by the space-matter graph in this paper. In addition to the three theories, each chapter aims to establish several key concepts.

Firstly, that the beginning of the universe infinitely tends towards zero — it does not have a universal beginning or ultimate singularity point. Rather, it has a beginning or ending relative to the size of the matter in question, referred to as 'relative singularity states' and 'relative expanded states.' The theory introduces the concept of the universe existing on a continuous spectrum between a singularity and an expanded state, such that its beginning, duration and end are all fundamentally one.

Secondly, that dark energy is a double-arrowed force in which one end of the force (gravity) repels the other end of the force (expansion). The force which resists gravity is referred to as expansion or expansional force.The gravitational pull of a celestial body such as Earth, for instance, repels the expansion of the universe.

Thirdly, that the expansion of the universe exerts gravity in the opposite direction to the expansion, forming all non-space which we observe in the universe. Finally, that just as space is proportional to the size of matter, the dimensions of space or matter are proportional to the larger space which they are apart of.

The Theory of Infinite Dimensions, is in simple terms, the concept that the third spatial dimension is a generalisation for all spatial dimensions between two and infinity rather than one concrete dimension. Furthermore, that larger objects or spaces have greater spatial dimensions than smaller objects or spaces.

The Theory of Relative Displacement aims to establish that space is proportional to one’s size. That is to say, what may be a large space for a human is not a large space for a planet, and what may be a large space for a planet is not a large space for a galaxy, and so on. The aim of relative displacement is to convert a universal measure of distance (eg: metres) into a measure of distance proportional to the size of the observer or body. The paper provides a formula for calculating relative displacement and compares the relative displacements of two displaced differently-sized bodies.

The third part, The Theory of Gravitational Thrust, is the concept that in order for the universe to expand, it must create a force in the opposite direction, which we experience as gravity. It explores the beginning, duration and end of our universe in detail. It also introduces the concept of relative zeroes, the electromagnetic nature of dark energy and its role in the formation of all matter and space.

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