Quantum SpinRise - The Synthesis of Primal Matter

The Quantum Energy Twins

It is postulated by the model that there are twin primal movement/energy forms in nature called Spin & Rise. We can’t say where these quantum forms come from. They are considered a primordial pre-existing condition.

It is furthermore postulated, that these twin quantum movement/energy forms have been naturally linked together making 3 forms of discrete matter, which we know as the ordinary neutron. All quantum movement/energy twins begin as linked pairs making a neutron.

There are N neutrons in the universe. This number is fixed forever and will never change. Neutrons exist in one of two natural states, the neutral a-state as the neutron, and the electric b-state as hydrogen.

To restate, the universe is made from an invariant number of two quantum forms of pure immortal energy that have linked together making 3 quanta of primal matter. It is the measurable physical properties and behavior of these 3 quanta that provides the elementary particles and forces of nature. This is the starting place of the Neu Theory model.

The Six Absolute Physical Properties of Spin & Rise

Each primal movement/energy form has six absolute physical properties. Five of the properties are similar. One property is different. Together, these six physical properties are a complete description of each movement/energy form in its preexisting primitive state.

Immortality: Both movement/energy forms are perpetual; that is, they have always existed without interruption and they cannot be removed from nature.
Fixed Value of Energy: Each movement/energy form is a natural quantum of energy that has the same fixed value as the other (approximately 939.565 379 MeV).
Homogeneity: Each movement/energy form is homogenous, meaning that the distribution of movement/energy within the volume of the form is uniform and infinitely sub-divisible. Equal portions of the volume will have equal amounts of movement/energy.
Fixed Speed of Movement: Both movement/energy forms are fixed at the speed of light (299 792 458 m/s) that is uniformly accelerating with the constant “a.”
Fixed Direction of Movement: Each movement/energy form is uniquely fixed in its own direction. Linked or de-linked, their individual directions are permanently at right angles to each other. Spin and Rise can only add together. They never cancel each other. Spin is a perpetual “bending” direction of movement that “closes” in on itself at the speed of light which is uniformly accelerating. Rise is a perpetual “straight” direction of movement that “expands” outward at the speed of light which is uniformly accelerating.
Isotropic Movement: Each movement/energy form is isotropic, meaning that the energy form is uniformly and completely filled with a unique movement that is the same in all directions relative to its center.

Imagining Spin & Rise

The Neu Theory visual model begins as a thought experiment. Consider two small discrete balls of pure movement/energy each with a volume slightly larger than a proton, approximately 2.502×10^-45 m³ (Figure 1.1). The energy value of each ball is approximately 939.565 MeV, representing 100% of its quantum value. This primal discrete state is purely imaginary and not observed in nature.

The red ball (Fig 1.1a) represents the movement/energy form spin.
The blue ball (Fig 1.1d) represents the movement/energy form rise.

Each colored ball is a composite of the six absolute properties noted above.

three red balls and three blue balls representing the two forms of primal movement/energy — Figure 1.1 – Absolute Spin and Rise Movement/Energy

It should be made clear that the colors red and blue are not assigned any physical meaning. They are chosen to differentiate between the two movement/energy forms, and to emphasize the fact that each movement/energy form is unique and can never change from one form to the other. Red always remains red, and blue always remains blue.

During all natural phenomena the underlying absolute direction of the twin movement/energy forms never changes and is always at right angles to the other.

Absolute Spin

Imagine a “frozen” moment of time where the red ball (Fig 1.1a) is homogeneously filled with a fixed ~939.565 MeV of naturally bending movement/energy at the speed of light that is naturally accelerating with the constant “a“. The quantity of absolute movement in the spin ball is equivalent to its energy. The density of spin energy is equivalent to the volume of the ball and is equal to 3.75×10⁵³ eV/m³. This density is hypothesized as a constant for spin energy.

The direction of spin movement is an isotropic bending or closing that follows the shape of the surface of the ball in all directions parallel to the surface in imaginary concentric shells that extend – in layer after arbitrarily thin layer – all the way down to the center of the ball.

At each shell or layer the movement has isotropic closure at the accelerating speed of light bending in tighter and tighter spherical shells around the center of the ball.

Now pretend we can cut the ball into two halves and look at a cross section of the movement form. (Fig. 1.1b) The concentric circles represent concentric shells of closing movement/energy. The absolute movement arrows of all shells point in all directions at once ending back to themselves. Irrespective of where the ball is cut in half the cross section will always look the same. This is symbolic of isotropic spin.

Left by itself the free spin movement/energy form has a natural tendency to keep closing at the accelerating speed of light, always trying to get smaller, with its fixed quantity of energy maintaining a homogeneous volume. (See electric shell)

As it accelerates, the direction of the spin force is at right angles to its direction of movement and towards the center of the ball (Fig 1.1c).

Absolute Rise

Imagine a “frozen” moment of time where the blue ball (Fig 1.1d) is homogeneously filled with a fixed quantity ~939.565 MeV of naturally straight (radially expanding) movement at the accelerating speed of light. The quantity of absolute movement in the ball is equivalent to its energy. The density of rise energy is equivalent to the volume of the ball and is equal to 3.75×10⁵³ eV/m³. This is considered the maximum density for rise energy.

The energy value of the blue ball and the red ball are exactly equal at ~939.565 MeV each.

The direction of rise movement is an isotropic straight radially diverging movement away from the center of the ball. The movement/energy is an expansion and diffusion-in-place, homogeneously filling a larger and larger volume with the same quantity of energy at the accelerating speed of light.

Now pretend we can cut the ball into two halves and look at a cross section of the rise movement/energy form. (Fig 1.1e) Irrespective of how the ball is cut in half the cross section will always look the same. This is symbolic of its isotropic rise and direction.

Left by itself the rise movement/energy form has a natural tendency to expand outward, like an explosion at the speed of light that is accelerating. In this situation the free rise energy will homogeneously diffuse-in-place exponentially as it becomes a larger and larger spherical volume. (See zomon)

As it accelerates, the direction of the rise force is in-line with its direction of movement, away from the center of the ball (Fig 1.1e). The direction of the rise force is exactly opposite the direction of the spin force.

Spin movement/energy can never be straightened, and rise movement/energy can never be bent. Each is always perpendicular to the other.

Quantum SpinRise – The Three Primal Matter Forms

Linked Spin & Rise

It is postulated by the model, that in nature, meaning the entire universe, all twin pairs of quantum spin & rise movement/energies have been primordially linked together synthesizing quantum spinrise, the natural quantum of matter and mass.

Quantum spinrise is a composite real object made of three concentric primal forms (quanta) of matter. We know this object as the ordinary neutron. The three neutron forms are the inner core [1a], the outer membrane [2a], and the contained plasm [3a]. Each primal form is a discrete quanta of matter with invariant physical properties.

The Neu Theory model does not provide a reason why the twin quantum primal energies create the three neutron forms, and only these forms with their invariant fractional distribution of mass. We can only speculate and work with what the facts of experience provide.

Figure 1.2 – The Synthesis of Primal Matter

The Synthesis of Primal Matter

Let us imagine the two balls of movement/energy (fig 1.2) coming together and merging into each other, linking together, creating three concentric homogenous substances with mass. We call this linked state of spin and rise movement/energy quantum spinrise matter with quantum neu mass.

Each of the three quanta of matter is made from the combined 6 absolute properties of each primal movement/energy form. This combined state is assigned the colors black and grey to indicate that the red and blue color forms have merged their individual identities and have become something else. This something else are three forms of matter in the form of the ordinary neutron. Black indicates matter at absolute density (Type I), and grey indicates matter with a variable density (Type II).

Refer to the neutron form diagram shown in Figure 1.2. The composite black and grey object symbolizes that:

The twin fixed and equal quantum movement/energies (∼939 MeV each) have become a 3 part (3 quanta) object with a total fixed mass equal to ∼1.674 929 351 x 10^-27 kg. This quantity is the value of quantum mass and is set equal to 1.000 000 neu.
For each quanta, the two absolute movements have stopped moving at the speed of light.
For each quanta, the two absolute directions have become frozen-in-place.
For each quanta, both isotropic spin & isotropic rise stop.

Linked together the twin sets of 6 absolute properties of the primal energy forms have become the three elementary particles of matter with invariant, measurable physical properties. There are no other forms of matter provided by nature. All objects made of matter are made from only these three elementary forms.

When the two accelerating movement/energy forms are linked the spin energy force (Fig 1.1c) and the rise energy force (Fig 1.1f) always act in opposite directions that balance each other resulting in two physical states called static equilibrium and dynamic equilibrium. Each state has permanent physical properties that are conserved.

Static Equilibrium State of Quantum SpinRise

FF#	Quanta	Shape (topology)	Size (volume)	Substance (mass)	Structure	Behavior
[1a]	Core	ball	~2.499×10^-45m³	0.998 623 neu ~1.672×10^-27kg Type I matter	homogenous	solid
[2a]	Membrane	shell	~0.001×10^-45 m³	0.000 544 neu ~0.911×10^-30kg Type I matter	homogenous	liquid
[3a]	Plasm	shell	(varies)	0.000 833 neu ~1.395×10^-30kg Type II matter	homogenous	gas

Static Equilibrium results in the physical properties of shape, size, substance, and structure.

The fractional distribution of quantum mass between the 3 quanta of matter is:

[1] core – 0.998 623 478 neu
[2] membrane – 0.000 543 867 neu
[3] plasm – 0.000 832 655 neu

Let us first consider the core as it represents more than 99% of the total matter in the universe.

The substance has an absolute density equal to ∼6.693 x 10¹⁷ kg/m³. This density cannot be increased or reduced.
The substance is homogenous. Equal volumes will have equal mass.
The substance is permanent. Portions of the core substance can be de-linked into its component spin and rise energy, or the core substance can be momentarily fractured into pieces, but it cannot be destroyed.

Static equilibrium prevents the core’s absolute rise movement/energy from expanding and absolute spin movement/energy from closing, thereby creating a ball of spinrise at an absolute density.

Dynamic Equilibrium

Dynamic Equilibrium results from the uniform universal acceleration or “natural acceleration” of quantum spinrise matter that creates two permanent physical properties. These are:

g-spin/magnetism

It is hypothesized, that natural acceleration acting on the spin movement/energy part of spinrise, causes the neutron matter core to physically rotate with a right-hand rule at the current speed of light, maintaining a constant period of revolution (1.764 366 x 10^-23 s) and frequency (5.667 758 x 10²² Hz) based on physical size.

This physical movement is called g-spin by Neu Theory. The g-spin of the core generates a permanent magnetic dipole field surrounding the core. This is a movement/synergy form that is permanently aligned with the spin axis that projects a magnetomotive force into space with a donut shape.

Figure 1.2 shows the magnetic north/south polarity of the neutron core. The proton core has an opposite magnetic north/south polarity to the neutron core. See Figure 0.8 for spin/magnetic alignments.

All cores in nature spin in the same direction with a right-hand rule.

The magnetic dipole of the core flips when the quantum state changes from the neutron a-state to the hydrogen b-state, however the the direction of spin remains fixed.

g-rise/spinfield

It is hypothesized that natural acceleration acting on the rise movement/energy part of the spinrise ball causes the surface of the matter core to physically rise at an accelerating rate that is less than or equal to the current speed of light. This perpetual physical acceleration-in-place is called g-rise by Neu Theory.

G-rise creates a pushing force that is we experience on the earth’s surface as gravity. G-rise is a force that we can feel but cannot see. In the Neu Theory model, gravity is not a universal attraction. It is the perpetual push by the 3 quantum matter forms acting together in large numbers.

The g-rise of the collective cores (+ membranes and plasms) project permanent spherical movement/synergy forms into space called spinfields that surround all physical objects. The g-rise/spinfield effects are based entirely on mass and volume, and project into space with a limited effective range that Neu Theory calls the spinfield hollow volume. G-rise at acceleration values less than the current speed of light are designated spinfields. G-rise at acceleration values equal to the current speed of light are designated hyper-spinfields. Hyper-spinfield “gravity” is different from spinfield “gravity,”

The g-rise of spinning cores represent more than 99% of all the g-rise in nature.