General relativity is a mathematical system, developed by Albert Einstein, which describes how space affects mass and mass affects space. It is based on two assumptions. Firstly, the mass of an object as a cause of gravity is one and the same phenomenon as the mass which determines its acceleration under a force. Secondly, the combined experienced speed of an object through space and through time is always the speed of light.
Particles move through space-time in such a way that the sum of their experienced velocity through space and time is equal to the speed of light, given appropriate units. This behaviour is the same for all observers of the particle, regardless of their motion with respect to the particle.
The invariant sum of the speed of an object through space and time is due to a resonance between space and time.
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Phenomenon explained : |
Gravity is the result of tensions between neighboring space quantum systems. The tensions are caused by the gravitational separation between the space quantum and the 3-surface of space. This separation arises when mass is generated by the space quantum. These tensions ensure that the gravitational energy of the universe always compensates for its particle energy, and that time is experienced as general relativity predicts.
How can we know whether phenomena are real?
Firstly, we must ask ourselves what will change if we stop believing in some phenomenon. If we have no particular reason to believe that the phenomenon will cease to exist when we stop believing in it, then that phenomenon could possibly be real.
QO turns mainstream physics upside down. It provides new and simple explanations for the genesis of the universe, the reason why symmetry is a good signpost towards understanding the universe, the behaviour of spacetime as described by General Relativity, and the arrow of time. It demonstrates why we can do without the concepts of dark matter and dark energy in order to account for the motions and structures of galaxies.