Without gravity, we would be adrift in space. Conventional science regards gravity as a weak force, but its fundamental nature remains elusive. It is believed to be a result of mass, much like inertia.
The Dutch Paradigm suggests that only the photon and neutrino are fundamental entities, commonly referred to as particles. All other fundamental particles are to be either variations of the electromagnetic system’s frequency or constructs such as the electron.
The Standard Model of Fundamental Particles and Interactions emphasizes mass as a distinguishing property for identifying additional fundamental particles, such as tau and muon neutrinos and other types of electrons. Mass at the subatomic level is essentially equivalent to energy.
The Standard Model also has quarks as elementary particles with mass.
Although the mass of fundamental particles is unknown, it is a major identifying property in the Standard Model.
Aside from neutrino mass, the Dutch Paradigm identifies only the constructs of the electron and (twin) dodecahedrons as demonstrating mass-like behavior within their electromagnetic system. Neutrinos are involved in both types of constructs.
Therefore, that ‘mass’-like behavior needs clarification to start with gravity.
Gravity is the transfer of free electric energy into free monopolar magnetic energy.
The magnetic manifestation’s monopolar character arises from the rotational electromagnetic phenomena of the neutrino.
Bipolarity is impossible because of the spatial extension of magnetic manifestations. When a manifestation passes through the central point, zero, it continues to exhibit the same polarity. It can only change its chirality, not its polarity. Consequently, any object with a mass manifestation incorporates one or more neutrinos within its structure.
When constructs such as electrons or twin dodecahedrons form, they alter the speed of their constituent particles. Specifically, when twelve electrons combine to create a single dodecahedron, they transition from a relativistic speed to a kinetic rest speed of 0 c. A separate section of the discussion addresses the inertia of these electrons resulting from the formation of a construct at zero speed.
The accumulation of inertia leads to the conversion of free electric energy into free monopolar magnetic energy by lowering the frequency of the system being developed. This process does not involve any external energy transfer between the components. As a result, monopolar magnetic attraction naturally occurs as an inevitable consequence of this internal energy transformation.
The monopolar magnetic manifestation is two-dimensional and circular due to its rotational origin. This manifestation is related to the anisotropic free electric energy of entities The electron’s spinor functionality and the nuclei’s three-dimensional rotational behavior result in an all-around manifestation of monopolar-free magnetism within the nucleus.
For constructs, such monopolar magnetic manifestation acts as a quasi-isotropic property.
It is the perfect description of gravitational attraction.