The aim of a space equation is to account for the conservation of space within a system, showing that space can neither be created or destroyed, only transferred or transformed. The purpose includes quantifying the relationship between gravity and space.

 

The Theory of Quantum Gravity – Incorporating Gravity into the Quantum Framework

S (E) = ց (m) x t² (c²). The aim of Quantum Gravity is to resolve the incompatibility between the physics of General Relativity (GR) and Quantum Mechanics (QM) into one coherent framework, explaining phenomena like black holes, the Big Bang, and the fundamental nature of reality, by describing all forces and particles under a single set of laws, including gravity within the quantum framework.

 

Key Reasons to Resolve the Incompatibility Between GR and QM

General Relativity describes gravity as curved spacetime, while quantum mechanics describes the other three fundamental forces (electromagnetism, weak, strong) as quantum fields, and their mathematical descriptions clash at extreme scales.

Success would reveal a deeper, simpler reality where all forces and matter are different manifestations of a single underlying principle, potentially explaining the universe’s fundamental structure.

 

S = ցt² Explained - Speed of Time Squared

Gravity and space are interchangeable aspects of the same thing. The speed of time squared is the conversion factor, converting gravity (kg) into space (joules) and space into gravity, demonstrating that gravity is a concentrated form of space. This constant value ensures the equation's unit’s balance.

In the space equation S = ցt², the speed of time squared (t²) works as a multiplier that quantifies the gravity equivalent of space. 

 

Space 

The conversion of mass-energy causes space. Space is essentially the motion of energy. Motion explores how objects move, the acceleration, and the speed. The study of motion is essential in understanding the forces and energy that causes changes in space.

Space is made up of

• Dark energy, which causes universe expansion
• Dark matter, which influences galaxy formation
• Cosmic microwave background radiation
• Interstellar gas, dust, and plasma.

 

Gravity

The conversion of energy-mass causes gravity.

 

Time

The speed of light in a vacuum causes time.

 

Time Squared

Time squared is the scale of gravity-space (mass-energy) and space-gravity (energy-mass) conversion.

 

Understanding S = ցt²

S: represents occupied space measured in joules. The conversion of mass-energy causes space. The effects of space are the same as the effects of motion. 

ց: represents gravity measured in kilograms. The conversion of energy-mass causes gravity. The effects of gravity are the same as the effects of acceleration.

t: represents the speed of time in a vacuum. The effects of time are the same as the effects of speed.

t² represents the speed of time squared, which identifies the scale of conversion. A very small amount of gravity may be converted to a very large amount of space, and a very small amount of space may be converted to a very large amount of gravity.

 

Mass - Atoms are the building blocks of matter

Everything with mass is made up of atoms. Atoms are composed of subatomic particles: the nucleus made up of positively charged protons and neutrons, and the negatively charged electrons which orbit the nucleus. 

 

Elements and Atoms

Elements have a unique number of protons in their atoms. All atoms of a particular element are identical, whereas atoms of a different element have unique or different characteristics. 

 

Formulation of Molecules

Atoms can connect with other atoms to form larger objects called molecules.

 

Atoms and Energy

Atoms contain energy, including the energy contained in electrons, the kinetic of their movements, and the nuclear energy within the nucleus.

 

The Speed of Light - The Universal Constant

The speed of light (c) in a vacuum is a universal constant meaning it is the same unchanging value for all observers regardless of their own motion and represents the absolute speed limit for anything with mass or energy in space. As an object approaches the speed of light, its mass increases infinitely, and time slows down, requiring energy to further accelerate. 

 

E = mc² Explained - Speed of Light Squared

Mass and energy are interchangeable aspects of the same thing. The speed of light squared is the conversion factor, converting mass (kg) into energy (joules) and energy into mass, demonstrating that mass is a concentrated form of energy. This constant value ensures the equation's unit's balance.

In Einstein's energy equation E = mc², the speed of light squared (c²) works as a multiplier that quantifies the energy equivalent of mass. 

 

Understanding E = mc²

E: represents energy measured in joules

m: represents mass (amount of matter) measured in kilograms

c: represents the speed of light in a vacuum, 299,792,458 metres per second

c² represents the speed of light squared, which identifies the scale of conversation, meaning a tiny amount of mass can be converted into immense energy, and a tiny amount of energy can be converted into immense mass, such as high energy photons (like gamma rays) can collide and convert particle-antiparticle pairs. For example, an electron and a position.