Unified Field Theory – Krutz model

The Purpose and The Process of
the Quantum to The Multiverse

 

Introduction

 

The philosophical purpose of the quantum to the multiverse is outlined on the Why We Exist page of this site. The physics process is outlined on this page through a Unified Field Theory (UFT) model.

 

There are only two criteria a UFT model has to have to be valid: 

 

  1. To be an interconnected cognitive (purpose) and physical (process) phenomena from the quantum to the multiverse.

  2. Not contradicted by current data and evidence.

 

In the future the UFT will radically evolve as data and experiments offer new evidence with mathematical descriptions being added along the way. This process will create a reinforcing loop where the consequences of math will alter the UFT model and the altered model will open room for new ways to analyze and predict the physical phenomena. But as long as the continually updated UFT model meets the two criteria above, it remains valid. 

 

The UFT below is written in a phenomenological description and is slowly being translated into academic terminology so that it can become a shared language among physicists and philosophers.

 

The Process

 

Current Terms               Unified Field Terms

Quantum Field                        Compression Wave Energy Plane   (CWEP)  

Spacetime                               Soliton CWEP   (Dynamic 5th force)

Proton                                     Positive Atom Particle

Electron                                   Negative Atom Particle

Neutron                                   Equilibrium Atom Particle

Neutrino                                  Positive Photon

Photon                                     Negative Photon

Boson                                      Equilibrium Photon

Virtual Photons                       Micro (positive, negative, equilibrium) Photons

 

 

Compression Wave Energy Plane (CWEP)

 

Definition
We define a finite, two-dimensional, non-Euclidean energy plane, which is a medium for the propagation of acoustical-type modes of oscillation. The so-called compression wave energy plane (CWEP) is defined as

 

(1)

where  and  define spatial coordinates in the th CWEP and each CWEP contains quantized continuous energy states given by . The model stipulates that the CWEP form the foundational building blocks for all matter in this cosmos and the rest of the multiverse. The sign convention, positive or negative, attributed to a CWEP is defined by the direction of the infinite vibration waves and their directional oscillation. Therefore, we must then define a disturbance in  by  which will describe the corresponding vibration’s coordinates in the energy plane. The resulting sign of the CWEP is then given the sign of the velocity of  which can be found using non-Euclidian dynamics.

 

Properties and Mechanics
CWEP is fused information, is intelligent and therefore has different levels of energy and oscillations. But in their free, uncompressed, unfolded and unrestricted state, all have no mass and move through each other with no interaction. (This state was labeled as the “field” by Einstein and explains his statement: “There is no place in this new kind of physics both for the field and matter, for the field is the only reality”). The most important properties come from self-interaction and interactions with other CWEPs. The CWEPs possesses the ability to fold upon itself thus restricting its vibration and increasing the amplitude of the oscillations. (This is a fractal/microcosm of a protein folding process. The self-assembling instructions for which are encoded in the CWEP).

 

As the CWEP folds, into a Fibonacci spiral, the corresponding shift in energy of the system changes the state of the CWEP by manifesting the first level of measurable mass. The CWEP will then roll upon itself creating an infinite inner spiral structure.

 

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Figure 1. Geometric rendition of CWEP folds in a Fibonacci spiral cross-section.

 

The folding and rolling action starts the restriction of the CWEP energy and oscillations. But the repulsion of the forward momentum energy and oscillations against itself in the new configuration is what significantly increases level of CWEP restriction. (With every consecutive fold and roll, the internal repulsion with the CWEP layers increase; thereby separating the layers from each other and not letting them become combined).  

 

The resultant form of the rolled CWEP has finite outer boundaries and a view from the “side” is of the form of an elliptically-shaped Fibonacci spiral, similar to the three-dimensional Dirac delta function. There is a finite magnitude of CWEP in each spiral with a finite volume when considering integration over volume of the final CWEP structure. The three-dimensional structure resulting from the rolling of the CWEP will be hereafter labeled as a brane. At this stage in the formation of matter, volume has become manifest as conceptual reality.

 

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Figure 2. Geometric rendition of a CWEP folds in a Fibonacci spiral fundamental brane.

Subsequently, the branes themselves superimpose into an ellipsoid-like shape with small gaps for photons to exit and enter the structure (described below). The superposition of same directional oscillating branes increases the restriction of each brane in superposition, thereby manifesting mass. At this stage in the formation of matter, density has become manifest as a conceptual reality. 

 

Every particle will be composed of the superposition of sixteen branes. The level of energy/oscillation of the original CWEP that form the branes determines the size of the particle. Smaller particles are configured from lower energy/oscillation branes and larger particles are configured from higher energy/oscillation branes. The complete 16-brane particle now attains measurable volume and density.

Figure 3. Geometric rendition of a fundamental particle where the cross-section of the spiral branes is shown.

 

The directional oscillation of the 16 branes combine to form and intrinsic spin for the particle. Positive particles have 16 branes with the same directional oscillation and therefore have the same directional oscillation. Negative particles have 16 branes with the opposite (from the positive) directional intrinsic momentum and therefore have the opposite directional intrinsic spin. Bosons are particles with 8 positive and 8 negative branes (layered in opposite directions) toggle back and forth for their directional intrinsic spin. (This answers the question of Sheldon Glashow, Nobel Laureate in physics, of: “Why are all protons, all electrons identical?....A particle is a manifestation of a field….a mathematical object….We want to know why, how, and where did these elements acquire mass? I don’t know.”)

 

As with vortices, opposite oscillation/spin particles attract and same oscillation/spin particles repel. Particles with both negative and positive branes, attract and repel equally, leaving them at equilibrium – a state of mutual restraint.

 

Quarks are positive particles that come under increased restriction (which manifest as increased mass and density) as they are bound together and bound under repulsion within a proton.

 

A neutron is a proton with an electron spinning inside between the quarks. The attraction between the quarks and the electron is measured as the weak force. This results in the neutron being in an equilibrium state.

 

All photons, neutrinos and bosons move because they have their own propulsion of same spin virtual photons. (The action of particle forward movement is not gratuitous). Virtual photon waves are an act of conservation for the photon or neutrino to be able to move at constant speed.


An electron is made of negative branes and is unbound. Electrons move because they emit their own propulsion of bosons. These bosons move forward in a wave, spinning formation. One electron emits the boson and another electron takes it in. This is a closed system. This exchange of bosons is also an act of distributing information from one electron to another and is what allows matter to evolve to higher states of complexity. Collectively the boson wave is measured as the electric field signal. The virtual photons of the bosons are measured as magnetic field lines.

 

The quarks also emit propulsion of bosons. (Same bosons as the electron emits). These bosons move forward in an aligned, compact, non-wave, no-spin formation. These bosons move forward because they emit their own propulsion of correlating virtual bosons.

 

 

Strong Force and Gravity

 

The quark boson formation moves from each of the 16 branes of each quark, eventually moving around all the quarks and is understood as the bag model of quark confinement. This formation binds the protons and neutrons together and is measured as the strong force.

 

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Figure 3. Geometric rendition of bound quarks cross-section.

 


This same boson formation continues to move outward from all the protons and neutrons, joining together in a concentrated vortex formation around the nucleus. These vortex formations from different nuclei attract each other. This is measured as gravity. So gravity is an interrelated but distinct condition from mass.

 

[Recap: The bosons are emitted from quarks. They move into a binding (i.e. strong force) formation, then move into a vortex (i.e. gravity) formation, and then move back to the binding strong force formation, then are taken back in by the quarks themselves. This is a closed system.]

 

Attraction between the concentrated vortices results in the vortices becoming more restricted. This process of increasing attraction causes the vortices to compress upon and restrict the nuclei inside it with greater force. This increases mass of the nuclei inside.
 

Electron Orbit

 

All electrons orbit the nucleus in one plane (like moons). But the atom itself is also spinning. So the one plane orbit of the negative atom particle and the spinning atom combine to make what is measured as a spherical orbital shell.

 

A high-energy electron has a stronger propulsion, with a narrower wave along with stronger attraction to the proton and therefore orbits closer to the nucleus. The low energy electron has weaker propulsion, with a wider wave along with weaker attraction to the proton and therefore orbits further from the nucleus. So the most stable lowest energy electrons in the outermost orbit are the ones that compose the stable size of the atoms and make stable covalent electrons.  
 
The electron propulsion of wave/spin bosons formation is a Lorentz force repulsion against the aligned, no-spin boson vortex formation around the nucleus. This repulsion counters the electron-proton attraction. Electron orbit velocity by itself is not enough to counter the electron-proton attraction.

 

 

Spacetime  (currently measured as G-waves)

 

Alongside the non-restricted movement of CWEP within the field, there is also a movement of a Soliton CWEP (SCWEP) that moves in a consistent mechanical structured wave. So each ‘intelligent’ CWEP within the field has a ‘mechanical’ SCWEP attached to it as a stratum. Through torque, the SCWEP regulates the CWEP to also have a consistently oscillating wave and is understood as Imaginary Time of Hawking.

 

When the CWEP fold and roll into the branes, the SCWEP breaks of from each one of the 16 branes of each particle. Within an atom the SCWEP combines from each proton, neutron and electron and then leaves the atom as a measurable concentrated unified spiral SCWEP. This spiral SCWEP becomes the dynamic space-time, the fifth fundamental force. 

 

SCWEP/spacetime is currently understood to be a different construct from the newly discovered and measured gravitational waves. But they are one and the same. SCWEP/Spacetime is a dynamic repulsion force pushing onto matter. A medium of resistance, as it were, for matter moving through it and by it.

 

SCWEP/spacetime surrounds each atom around its outer electron orbital shell like a ‘SCWEP/spacetime membrane’ for an atom. So not only is the atom producing/emanating SCWEP/spacetime, but the formed 'SCWEP/spacetime membrane’ around each atom is simultaneously acting like a protective barrier preventing other SCWEP/space-time from pushing inside to its nucleus, past its orbital shell.
 
That is why a free proton can weigh more than it would when it’s inside an atomic nucleus. The SCWEP/spacetime membrane outside the atom prevents other SCWEP/spacetime from pushing in to surround and compress the nucleus. While the free proton is being pushed on, surrounded and compressed by SCWEP/space-time. (In the UFT model, as particles get compressed/restricted they gain in mass. Therefore gravity, acceleration, and space-time can compress particles and make them gain in mass).

 

The SCWEP/spacetime emanating from matter within the cosmos is like the cosmos matrix refreshing (Planck’s constant) with New Information every structured bit-instant interval. [Note: The human eye cannot perceive an image or non-image that is flashed for less than a thousandth of a second. So all change faster than that is perceived as fluid and continuous.] That is why atomic clocks work at different speeds depending on the gravity and velocity affecting them. (So Einstein correctly noted that: “Time is an illusion”.)

 

The bigger the mass, the more SCWEP/spacetime emanates from it and the more that mass forms hills and valleys in the moving space-time around it. (It explains John Wheeler’s formulation of:  “Space-time tells matter how to move. Matter tells space-time how to curve.”)

 

[Note: The Earth’s movement within the clusters of solar systems, galaxies and cosmos could be more than 10% the speed of light. So the main cosmological reason life on Earth feels stable is due to the minimal actual resistance of Earth’s movement within the movement of SCWEP/space-time because it surrounds earth (and all other mass objects) like a membrane. This is like an object meeting minimal resistance being spun and moved within an ocean current it is helping shape.]

 

The greater the gravity or acceleration that is thrust upon an atom, the greater both can restrict that atom. Increasing restriction of the atom slows the vibrational movement or spin of its constituent particles, which then slows the rate at which SCWEP/space-time is emanating from the atom as a whole. In essence, greater gravity and acceleration slows time down for the atom. Hence, the slower time of atomic clocks when they are affected by greater gravity or acceleration. So areas of “greatest-gravity/acceleration” are also areas of “least-time”.

 

 

SCWEP/space-time Replaces Non-Existent Dark Matter and Dark Energy Placeholders

 

On the cosmological level, SCWEP/spacetime appears to behave like an aspect of gravity. Because the region between two mass objects has less repulsive

SCWEP/spacetime force than there is on the exterior of those two mass objects. Therefore the larger and stronger, amount of SCWEP/spacetime force on the outside of the two mass objects is pushing them together more than the smaller and weaker amount of SCWEP/spacetime force pushing them apart. That is why objects in space can be light-years apart yet still instantaneously affect each other. In essence, SCWEP/spacetime has the effect of functioning like ’repulsion gravity’ on the cosmological level. This effect is currently attributed to the non-existent dark matter placeholder.  
 

While SCWEP/spacetime helps keep solar systems and galaxies together, it is simultaneously pushing all mass objects apart at an accelerated rate. This is currently attributed to the non-existent dark energy placeholder.


Since SCWEP/spacetime is constantly being emitted from matter, it collects and is spinning on the ever-expanding external boundary of the outer horizon of the cosmos. This spinning SCWEP/spacetime forms a cosmological cell membrane around the outside of the cosmos, like the plasma membrane does around the biological cell. The repulsive torque of that outer horizon SCWEP/space-time movement spins the entire cosmos on the outside as fast as the cosmos is spinning in the center. 

 

The concentration of the outer horizon SCWEP/spacetime membrane will continue increasing for billions of years to come. At some point the concentration of the outer horizon SCWEP/spacetime membrane will become strong enough that the very same SCWEP/spacetime being emitted from matter inside the cosmos will no longer be able push out the concentrated SCWEP/spacetime membrane. At that point, the cosmos will stop its expansion. The concentrated SCWEP/spacetime membrane will then hyper compress back onto the matter within the cosmos. This is understood as the big crunch. The outcome will be a new compressed cosmos singularity that is ready to explode out to create the next cosmos cycle.

 

 

Big Crunch, Big Bang and the Creation of New CWEP

 

The mind of biological forms (especially sentient beings) is continually receiving an input of information as a basis for it to choose from. The resulting interactive experiences have the mind continually creating an output of New Information. This New Information is extracted and a duplicate copy of it is saved/stored for use in the next cosmos cycle. There is an understanding in physics that there is a process where information can be duplicated and saved/stored as a two dimensional holographic imprint: http://​www.sciencealert.com​/stephen-hawking-​just-​published-new-solution-to-​the-black-hole-​information-​paradox.

 

The original New Information, which is extracted, is housed in the spinning outer horizon SCWEP/spacetime membrane. This New Information is spun with design and acceleration within the SCWEP/spacetime membrane. This action starts connecting the information, which is the beginning of the process to create new CWEP from the New Information.

 

The SCWEP/spacetime membrane spin/movement stops at the instant of the big crunch (explained in previous section). In the big crunch, the extreme compression of matter by the hyper compressing SCWEP/spacetime membrane begins the process to form the new cosmos singularity. This compression process achieves three results:

1.    Fuses the connected information spinning within the SCWEP/spacetime into new CWEP.

2.    Fuses a part of the SCWEP/spacetime membrane onto new CWEP. This gives each new CWEP its own SCWEP.

3.    Fuses the existing 16 CWEP of each particle with the cosmos into a more complex, compact, concentrated single CWEP. Thereby creating higher energy CWEP from16 lower energy CWEP to be used as more complex matter in the next cosmos cycle. 

 

So the instant the compression process (described above) is complete, is the instant a new external and internal condition exists. The new external condition has a thinner SCWEP/spacetime membrane surrounding the new compressed cosmos singularity. The new internal condition has a bigger, more forceful cosmos singularity pushing out.

 

So in that instant a stronger internal compressed condition is now pushing outward against the weaker external condition. This results in the next instant being the hyperinflation of the big bang, as the compressed cosmos singularity explodes outward. This hyperinflation pushes out the weaker SCWEP/spacetime membrane to an enlarged cosmos outer horizon. Next, the matter within the new cosmos starts emitting new CWEP/spacetime, which now steadily starts pushing out the weaker SCWEP/spacetime membrane. This becomes a new cosmos cycle where the evolution process repeats. So the process of the hyper compression big crunch happens in one instant and the process of the hyperinflation of the big bang happens in the following instant.

 

 

Multiverse Overview

 

There are billions of competing cosmos cells within the multiverse. Each cosmos cell started out no bigger than an atom and evolved from there. Each unique cosmos cell is a closed system going through a cosmos cycle with its own physics. Meaning the particles of each cosmos cell can be configured with less or more than the 16 branes. (A macrocosm of how the same process within our system configures each unique snowflake and fingerprint). In turn, the different state of matter causes a unique configuration of mineral, botanical and biological forms. This creates unique interactive experiences and creation of unique New Information based on those experiences.

 

 

References

 

None of the references below were used to develop the UFT. They are only given here as evidence to support the new UFT paradigm that was outlined above.

 

Video on how the mind completely dictates the perception of our reality: https://www.ted.com/​talks/donald_hoffman_do_​we_see_reality_as_it_is.

 

Video on a model of how structured processes can come from randomness: https://www.youtube.com​/watch?time_continue=1&v=​k9QYtbjzjAw.

 

There are nascent physics and mathematical concepts being worked on by today’s leading physicists that could be slowly evolved into a UFT. Those nascent concepts are currently labeled the “Bootstrap” model. Here is a Quanta magazine article introduction to it: https://www.quantamagazine.org/​ using-the-bootstrap-​physicists-uncover-​geometry-​of-theory-space-​20170223.

 

Article on a theoretical neuroscientist who is laying out a mathematical explanation of how consciousness and agency arise: https://www.wired.com/story/new-math-untangles-the-mysterious-​nature-of-causality-​consciousness.

 

In 1990 the distinguished theoretical physicist John Wheeler coined the phrase “it from bit” to encapsulate a radical new view of the universe that he had been developing over the preceding 20 years: “It from bit symbolizes the idea that every item of the physical world has at bottom…an immaterial source and explanation; that which we call reality arises in the last analysis from the posing of yes-or-no questions and the registering of equipment-evoked responses; in short, that all things physical are information-theoretic in origin.” In other words, what Wheeler proposed is that at the most fundamental level, all of physics has a description that can be articulated in terms of information. Article on that : https://physicsworld.com​/cws/article/​indepth/2017/jan/05/​decoding-the-​quantum-horizon.

 

In November, physicists, mathematicians and computer scientists came together with evolutionary and molecular biologists to talk—and sometimes argue – at the Santa Fe Institute in New Mexico, the mecca for the science of complex systems. They asked: Just how special (or not) is biology? It’s hardly surprising that there was no consensus. But one message that emerged very clearly was that, if there’s a kind of physics behind biological teleology and agency, it has something to do with the same concept that seems to have become installed at the heart of fundamental physics itself: information. Article on that: https://www.wired.com​/2017/02/life-death-​spring-disorder. Video on that: https://www.youtube.com/watch?v=vAhtgP-1qe4.

 

Since the first double slit experiment, physicists have compiled data showing that the physical interaction of an observer caused a state of energy to be measured as a particle. If there was no physical observer then energy was measured as a wave. But since Wheeler’s delayed-choice gedanken experiment, physicists have new data showing this is not the case. Now it is understood that simply having knowledge (i.e. cognitive recognition) of a state of energy causes it to be measured as a particle. This video not only explains this paradigm the best, but already is using the language of information instead of energy to describe the paradigm: https://www.youtube.com/​watch?v=H6HLjpj4Nt4.

 

Memory transfer through RNA: https://www.scientificamerican.com/​article/memory-transferred​-between-snails-challenging​-standard-theory-of​-how-the-brain-remembers/.