Creation

Creation Sequence Essay


Matter's spacings expanded as time grew for a minute. Electrons separated from protons to make a plasma. A nuclear chain reaction made all ions in the universe emit a gamma ray. That ray made electrons move far and fast. They went to the far reaches of the small, expanding universe. They are called dark energy, today. Those lost electrons are still near the fringes of observability, but too far to pair with local protons any more. Those unpaired protons are all in dark matter elements now, filling intergalactic space transparently.

Dark matter is matter with no electrons.

The gamma rays filled the universe and all electrons became unpaired from their protons. The plasma was smashed to smithereens and the electrons reached the furthest corners of potential space. The nuclei with no electrons are dark matter. The chain reaction stripped all of intergalactic space of electrons. The galaxies have matter with electrons because the reaction sent electrons into a collision plane. That became a galaxy, where electrons collided with electrons from two sides. That defined the plane of many galaxies.

Dark matter will fuse more easily than matter. It will never be found on Earth. We have electrons here that would pair with the dark matter. Dark matter is the chemical elements' bare naked nuclei with no electron to pair with. There are no nearby electrons. The nuclei do not repel each other because there is no Pauli Exclusion Principle for nuclei with no electron. The matter would have pairing dimensions that impinge on each other in 3D space, but dark matter lacks those dimensions of pairing. Dark matter cannot emit light because it has no electron paired with the proton. Dark matter cannot absorb a photon since it lacks an electron pairing dimension trio. See contraspline theory.

https://impuremath.wordpress.com/contraspline/

The galaxies were made where electrons collided head on with electrons. That is where the dark matter became matter for us and the stars.
End of Essay.

Discussion

The creation of elements happens in two categories:

Omnidirectional thermal fusion

Unidirectional blast fusion

The two types of nuclei are seen in the periodic table. The elongated nuclei are made from pieces approaching from one direction. The rounder nuclei, like iron, have pieces of candidate nuclei approaching from all directions.

Carbon begins the creation of the cube using a triple alpha coincidence. That makes a cube-2.

When several cube-2 nuclei collide, that preferentially makes a cube-4. That preference prevents cube-3 from being created at this stage.

All foundation elements with a cube-3 were originally cube-4 element candidates. Those cube-4 candidates that obtained six pyramids became quasi-stable as Tc, Pm, Pa, and Og. Those candidate elements with cube-4 at the core that did not obtain six pyramids decayed into cube-3 elements.

The pyramids of protons and neutrons have some invulnerability to additional fusion. After the capstone is fused, there is no hydrodynamic flow direction to hold a candidate fragment in place.
Unidirectional incoming pieces can be drawn onto the sides of the pyramidal cube, or they can grow along the tail, as in Uranium.


Retracted 12/15/2023 acf
Figure 2 : Retracted 12/15/2023 acf  of carbon from three Helium nuclei, possible version

Heavy elements from Omnidirectional Creation : 40-Zirconium and 58-Cerium to 71-Lutetium

Light elements with Unidirectional Creation : 36-Krypton to 41 Yttrium and 54-Xenon series to 57-Lanthanum.

Foundation Elements:
C, O, Ne, P, Ar,
Fe, Ge, Kr, Zr, Xe, Ce, Hf, W, Po, Rn, U, Md, Nh

Figure 3: Articulated pyramid markings and cube piece identifying marks

October 22, 2017 acf
Figure 4: element 113 cube displayed

Geometric reasoning was used for the static nucleus theory of the face-armored cubic lattice.



Geometric reasoning example




Creation of the proton-electron pair: Neutraloid Theory

Matter is primordial and the paired proton and electron is the initial state.
A small ten light year cube of proton-electron pairs started expanding.
It was not a bang, but it is like today. Everything is farther away than is convenient.
Potential space began to be filled with an expanding spikey time growth.
Each proton and neutron grows time and shrinks space, as in the
Gravity Volume Theory. Time departs matter at speed c. Space enters
at a constant volume per second. The pairing is primordial with
a dimension swapping mirror effect. At the center of each proton
is a negative infinity. Dimensions are swapped. The dimension are 4 for gravity,
4 for electromagnetism. That is swapped at the end of expansion. All is conserved.
A loop of 8 dimensions grows time and drains space into matter while
electromagnetic sub-universes replenish the fluids in places called atoms.

The electron can be the frame of reference for an observer.
Looking up from the electron, the sky is at the negative infinity at the center
of a paired proton. The sky is a ribbon, on edge instead of an area as we
see in our gravity-oriented perspective. The electron only use 2 space dimensions.
A third time-like dimension flow the opposite way as the 2 space dimensions.


Destruction of a proton-electron pairing dimensions

A relativistic impact tore the electron away from its proton
so fast and so far, that no causality can be laminated.
See the contraspline theory. Superconductors use that
membrane shape to laminate many layers of pair dimensions.
Pairing can be re-assigned in 10^-28 seconds. If there are no
local electrons around to be re-assigned, then its has been
smashed to smithereens.


Protons do not repel each other unless they are paired to electrons.
When paired, exclusion of a pair relative to a seconds pair makes repulsion.
Neutron Powers allow a smithereen to be assembled by rotation a
velocity dimension by 90 degrees for an incoming proton.
When protons are not paired with electrons, as in intergalactic space,
chemical elements can be produced by fusion. An incoming proton is
not repelled, but is rotated during impact. Gravity holds the new Z
count nucleon with enhancement by higher derivatives of time.
The Dark Matter is made of nuclei without electrons. Those
smithereens do not repel each other. It is not a plasma, it is
a fifth state of matter.

Solid, liquid, gas, plasma, and smithereens are the five states
of matter. The dark matter does not repel one nucleus against its neighboring
nucleus. It is like an uncharged gas, with pressure. It is not uniform in density
across the universe, as in NGC1052-DF.

The electrons are missing in dark matter, so the smithereens cannot
emit light or absorb it. They look as in The Periodic Table of Nuclear Structure.

The States Described

Solid has atomic electron paired to proton with 1.66666 neutron as a limit.
liquid has atomic electron paired to proton with 1.66666 neutron as a limit.
gas has atomic electron paired to proton with 1.66666 neutron as a limit.
plasma  local, free electron paired to proton with 1.66666 neutron as a limit.
smithereen proton with 1.66666 neutron as a limit, with No Electron!

The intergalactic matter is therefore easier to fuse than
matter with electrons.


June 20, 2018 Alan Folmsbee

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