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One of the very best books, that has recently come out, is Dr. Milo Wolff's brand new book:
I've now finished reading it and I predict that someday it will be ranked in importance right up there next to Newton's Principia.
Huygens — famous for the first pendulum clock and wave theory of light — admitted to Newton that the mathematical concept, in his Principia, was brilliant but Huygens complained to Newton that it didn't tell us why gravity and centrifugal force were happening.
Now, however, Schrödinger's Universe is finally beginning to show us why.
Wheeler and Feynman tried to prove the electron was a standing wave but failed. Milo Wolff did it by proving the electron was a scalar, standing wave.
I agree with the premise set forth in Milo Wolff's outstanding, new book that this is indeed a scalar, standing wave, resonance universe that gives us the answer as to why we have all of our NATURAL LAWS.
Dr. Wolff, by the way, was one of the few top mathematical physicists on the team that got us to the moon.
Dr. Milo Wolff has mathematically proven this main concept in his brilliant book: All electrons give and receive tiny bits of energy to and from each other, from as far away as the Hubble limit, and they do this basically (in all directions) in a scalar manner.
Milo has shown us conclusively that electrons are standing waves that keep reproducing themselves from electrons in their surroundings. Wolff has thereby shown us why this element of reproduction is so inherent to everything in our universe. This also implies that space is something that is constantly being reproduced as well and it's the rate that space is being reproduced that brings the main reason for the length of this paper and its surprise ending.
Milo Wolff has also shown us why surroundings are so important; thus, he has shown us the reason for Mach's principle or why, as Ernst Mach stated in 1890, "The law of inertia depends on the presence of the fixed stars." (Inertial mass depends on the far distant surroundings.) Berkeley knew this even before Mach. And Einstein used this knowledge to create General Relativity. Milo Wolff is the very first person to give us a mathematical proof of Mach's principle, or that inertial mass is caused by the distant surroundings.
Quoting from the Britannica 2009 DVD "Mach's principle: It was so called by Albert Einstein after the 19th-century Austrian physicist and philosopher Ernst Mach. Einstein found the hypothesis helpful in formulating his theory of general relativity-i.e., it was suggestive of a connection between geometry and matter-and attributed the idea to Mach, unaware that the English philosopher George Berkeley had proposed similar views during the 1700s. (Berkeley had argued that all motion, both uniform and nonuniform, was relative to the distant stars.)"
Dr. Wolff emphatically emphasizes that the electron is a scalar, standing wave, resonance having certain spin resonance properties.
This is exactly the type of resonance universe that Schrödinger claimed we have.
There are even some more important "firsts" in Dr. Wolff's book as well. His book makes one really think: If our NATURAL LAWS fail to show us why or how inertial mass, gravity and the other forces are caused then is it possible we've not even scratched the surface yet? Is solid-state pioneer Carver Mead right? Are our NATURAL LAWS so bad that we are still in the Dark Ages of science?
Do these Dark Ages of science stem mainly from Maxwell's way of looking at it? Remember Einstein proved Maxwell wrong but Maxwell's math is being used every day and is super useful and accurate provided we remain within certain parameters: we must remain within certain speed and mass parameters and be wary of the micro and macro worlds. But if we remain within these parameters then we do indeed get beneficial use and math accuracy with Maxwell's concept.
Even before Maxwell, Ampere gave us a far different method to view electricity and magnetism using relative motion. With Ampere's method, surroundings are utilized and there are no parameters. There is a perfect understanding of how everything works but no accuracy with Ampere's concept simply because we do not have the super-computers yet that can work out all the necessary phase details in the surroundings.
If you are given another eye to see things with (Ampere's concept) then why not use it?
Using Ampere's concept, we find an extremely relevant definite misalignment factor of electron spins in all the elements. The importance of this factor cannot be emphasized enough.
But why, at the peak of the energy curve, do we find perfect electron spin alignment (magnetism) in iron, nickel and cobalt? By reading this paper you will find the reason for this is that these elements, high on the energy curve, are more in phase with the surroundings than the rest of the elements.
What our Dark Age science has totally missed is that we do have this certain average spin misalignment of all the electrons in our surroundings up to the Hubble limit and this definite average spin misalignment of these electrons in our surroundings is of the utmost importance; without this certain average electron spin misalignment, there would be no NATURAL LAWS.
This definite average spin misalignment factor seems to approach a constant with a paucity of surroundings but also, like the speed of light, changes appreciably with acceleration and/or an increase of mass in the surroundings.
We begin to see the reason we must have this and general relativity too once it is realized that each electron must maintain a specified spacetime relationship to all the other electrons in its surroundings. Remember, if Dr. Milo Wolff is correct then each electron is a scalar, standing wave created by all the other standing wave electrons in its surroundings. A certain spacetime relationship between all these standing waves must be remaining the same; if it was not then they could not continue to exist as standing waves.
So if things are really set up this way then we should expect a limit to the speed of light, shouldn't we? And we do find that limit plus we find the speed of light being a constant in a vacuum; these two important things seem to imply that Milo Wolff might be correct about his electron scalar, standing wave hypothesis.
Not only must we consider the aforementioned electron spin misalignment factor but a definite average spin misalignment, of quarks and stars, seems to be of the utmost importance for the existence of our NATURAL LAWS as well; that is what makes this entire paper well worth reading.
I do believe this is the best true story I've ever been able to tell— and if you've taken time to try to understand it — it ends with a bang!
Schrödinger's Universeturns that seemingly remote possibility into a high probability. This is why Milo's book is so important. It really changes everything we previously thought was true!
If Milo is right— and I'm betting he is — then this turns out to be a phase related universe, in which everything has a certain phase relationship to its surroundings. Future super-computers will someday express all of our NATURAL LAWS in the simple terms of nothing but phase relationships.
This new concept of Milo Wolff's shows us that gravity, magnetism, charge and in fact all the forces along with space and time are all nothing but simplephase relationships with the surroundings.
Yes, this is totally ironic— to what we are now being taught — but yet absolutely true!
This paper gives you a glimpse into this new concept that future scientists will someday be using.
This new concept also shows us that we do indeed have quantum gravity. We can now precisely see what produces each quantum unit of gravitational attraction. Not only that but now we can see exactly why the gravitational force of a black hole can be felt even though no light can escape from that same black hole.
You will not only understand this but if you diligently read through all of this paper then even more things about this universe will make far more sense and you will also see where this new knowledge solves the riddle of the strong force and shows why it seems to act the way it does. This, in itself, is truly amazing.
I've worked in electronics all my life and know thatphase is one of the most important elements when working with frequencies. What's difficult for me to believe, is that some of my quantum theorist peers — by mistakenly rejecting the concepts of Nobel prize winner Niels Bohr — have thereby eliminated the most important microcosm phase indicator from the standard model.
Yes, this is hard to believe— but this is what is happening!
And this has undoubtedly caused one of the mainweaknesses in the standard model!
ABritannica 2009 DVD quote: "The standard model has proved a highly successful framework for predicting the interactions of quarks and leptons with great accuracy. Yet it has a number of weaknesses that lead physicists to search for a more complete theory of subatomic particles and their interactions."
Merely add the needed Ampère-Bohr phase indicator and Mach's principle to the standard model and you get the more complete theory everyone is looking for!
Once this is done, you will see if you read on that Schrödinger's Universe will give you the why for the symmetries of everything in the standard model.
The reason for this is simple: Electric motors, stars, galaxies and even electrons, all spin and behave in relation to the same phase rules where there is a binding type attraction when both elements are in phase and more of a repulsion the more out of phase they are to each other.
In this frequency world of Schrödinger, we then see why the electron's spin/orbital frequencies are a separate gauge from the quark's — much higher frequency — spin/orbital frequencies, in today's quantum world.
From the Britannica 2009 DVD "Dirac, P.A.M.: English theoretical physicist who was one of the founders of quantum mechanics and quantum electrodynamics. Dirac is most famous for his 1928 relativistic quantum theory of the electron and his prediction of the existence of antiparticles. In 1933 he shared the Nobel Prize for Physics with the Austrian physicist Erwin Schrödinger."
We cannot see into the spacetime realm (gauge) of the electron at all; however, we can learn its gauge rules. Quantum theory is built solely on our observances of tiny individual pieces of energy (quanta) that are either created or absorbed when mass-energy balances in the electron's spacetime realm have changed. This is all that realm (gauge) lets us see of it. From this, we know the electron "sees" itself and acts far differently from what we see is happening in our spacetime realm. The electron appears to "see" itself as both a wave type resonance and a sort of spherical spinning particle. Niels Bohr won the Nobel Prize for showing us how this particle-orbit aspect of it caused the various light colors. A bit later, P. A. M. Dirac showed us the spin fine structure of the electron.
Pardon my improper use of "see" for the electron but I believe it paints the best picture. We see both space and time in the electron's realm more highly compressed than our time and space. We see time and space in the quark's realm (another very different — higher frequency — gauge) even more compressed from the electron's. Events in the microcosm happen much, much faster than events in our realm here; just as events in the macrocosm seem to happen slower than they do for us here on earth. These are all gauge theory road signs we can no longer ignore!
From the Britannica 2009 DVD - "Gauge Theory: class of quantum field theory, a mathematical theory involving both quantum mechanics and Einstein's special theory of relativity that is commonly used to describe subatomic particles and their associated wave fields."
Niels Bohr won the Nobel Prize for seeing electrons as spinning, spherical particles on orbits. I know that some have relegated that idea of Bohr's to the dim and distant past and Bohr's orbits are now being seen by some as a wave function orbital cloud with Bohr's motion missing. This is a mistake! I'll agree that the wave function orbital is there but so is Bohr's motion. You had better apply that old Bohr concept again to see how phase enters the picture. You will then see exactly how all this works.
Having said that, I must also add the caveat: You must understand exactly what motion is and the spin/orbit frequency parameters inside of which it must remain; for this, read on.
One of the absolute proofs that Bohr's orbital motion actually exists in the microcosm is that the sigma bond is stronger than the pi bond. How can this exist unless there is real orbital motion there? It has to be that the two spin up, spin down sigma bound electrons keep spinning in the same plane — producing the sigma bond over a far longer length of time — than the polar pi bond that is only a short but repetitious bond whenever those two electrons, having the same spin, happen to pass directly over each other. So Bohr's orbital motion must be there.
We get the right answers by using both this concept of motion, used by Niels Bohr and the concept of Mach's principle, regardless of their diminution among many of my present peers.
From Britannica 2009 DVD "Niels Henrik David Bohr: Danish physicist who was the first to apply the quantum theory, which restricts the energy of a system to certain discrete values, to the problem of atomic and molecular structure. For this work he received the Nobel Prize for Physics in 1922."
The movement away from the way Bohr saw it, may seem correct but if you entirely forget relative motion and the orbiting, spinning particle that Bohr saw then you really lose sight of what's going on in a big way because you lose the extremely important concept of phase. You must also understand that these things are acting as both particles in motion and resonances depending on which gauge (spacetime realm) the observer is in. You must look at these things both ways. So in science too, you get better depth perception if you use both eyes to see. Bohr got the Nobel Prize for seeing electrons as planetary objects on orbits.
You'll see how important phase is later.Remember this is a Schrödinger frequency universe and with frequencies, phase is of the utmost importance.
Phaseisn't that complicated either. Do some thinking: If this universe is a sea of waves, as Doctor Milo Wolff is telling us, then when similar entities are seen as traveling together on parallel paths, in respect to the surroundings, then the more in phase they must become to each other compared to the surroundings.
It's thisphase comparison to the surroundings that is so vitally important here! You'll see this too as you read on.
It's essentially the same importance as thephase comparison of the armature of a motor with its surrounding field windings. However, this is not being seen at all in these Dark Ages of science where Mach's principle (surroundings) is given little more than lip service.
James Clerk Maxwell even cited thesurrounding field windings in a motor as evidence of the certainty of Mach's principle!
You'll discover, herein, that centrifugal force is anin phase reaction with the surroundings and this also is Mach's principle.
At the time I write this, there are no computers capable of showing us all thephase aspects of electrons and/or quarks along with the surroundings, so the only phase picture you can get today, is by observing these particles using Bohr's motion along with the relative motion laws Ampere himself gave us.
This puts you far ahead of your science peers who knowphase is of importance but have fewer tools at their disposal to see the phase picture in its entirety with the surroundings.
To see this yourself, merely viewphase as associated with motion similar to the way both Bohr and Ampère did. The correct method to view phase, this way, was given to us by the relative motion laws of Ampère. http://www.amperefitz.com/lawrm.htm (Click link.)
From Britannica 2009 DVD "Andre M. Ampère: French physicist who founded and named the science of electrodynamics, now known as electromagnetism. Ampère was a prodigy who mastered all mathematics then extant by the time he was 12 years old."
The big argument is about seeing the microcosm as Bohr, Mach and Ampère saw it or as some in modern quantum theory see it. I'm not saying Bohr's entire concepts are right. What I am saying, is that Bohr, by using motion, the way he did, was automatically taking various aspects of phase and the surroundings into consideration. This is fairly easy to see using the laws of Andre M. Ampère. Ampere's Laws
Milo Wolff has proven surroundings cause inertia so surroundings must be considered. But this is not being done at all in modern quantum theory. Even though the Bohr view may not seem quite up to date, you can see the phase aspect and thus see the big picture using his view, along with Ampère's and Mach's, in this Schrödinger type universe.
You can not see the big picture using the present standard model quantum theory view that totally discounts the importance of both phase and the surroundings (Mach's principle).
And adding phase plus a few minor surroundings concept changes to the standard model will indeed give us this more complete theory that the Britannica mentions.
To understand what's really going on, we need Richard P. Feynman's skepticism of official wisdom — because the experts certainly don't have the answer yet — and more of a Feynman quantum-mechanical type explanation of the microcosm, so don't make a wrong turn here! Even globally many of our top people turn out to be wrong, as we've seen in the financial world recently. So in this pursuit of knowledge, the next paragraph gives even quantum theorists an important bit of reasoning:
If you completely discard the concept of motion in the microcosm then you also discard the only common link to both the microcosm and the macrocosm — both of which contain 99.9999% empty space and show evidence of orbit and spin — and thus also discard any hope of a solution to the problem Einstein spent his entire life trying to solve.
A quote from the Britannica 2009 DVD "Light: Since Einstein's work, the speed of light is considered a fundamental constant of nature. Its significance is far broader than its role in describing a property of electromagnetic waves. It serves as the single limiting velocity in the universe, being an upper bound to the propagation speed of signals and to the speeds of all material particles."
You will learn, in this paper, why nothing built from electrons can go faster than the speed of light.
Do we really know what speed or motion is? If you answer yes then I must ask, "Why is there a speed of light limit to motion ?" If you can't answer that then I have to assume you don't know the full answer as to what motion really is. So we must first fully understand what motion is, in this Schrödinger frequency world, rather than totally ruling out the concept of motion in the microcosm, which many of my peers have done.
Quantum theory is built upon a foundation of units of angular momentum and spin angular momentum that can only be caused by motion. Some quantum theorists have swept Bohr's motion under the rug simply because they couldn't see it in the microcosm.
If the evidence is there, then the thing that causes that evidence is there!
You will see, herein, the reasons why we see motion as being limited to the speed of light and why we cannot see motion in the microcosm.
The reason motion can't be seen in the microcosm is that its frequency is far higher than the frequency parameters limiting your spacetime realm (gauge). If you could possibly exist in the electron's realm — which is impossible — then you would indeed see motion therein somewhat similar to the motion you see now in this lower frequency spacetime realm here.
This may seem like heresy to some but I can assure everyone that future scientists, along with future super-computers, will someday unanimously return to the Ampère concept of relative motion and the Bohr concept of spins and orbits along with giving Mach's principle (surroundings) its true value, which is more than the simple lip service it's getting today.
The Dark Ages science of today, believed now by vast multitudes, that discounts these three important concepts, of Ampère, Bohr and Mach, will most assuredly vanish as completely as the ancient Egyptian religion of Amun, once also believed by vast multitudes, has completely vanished.
Niels Bohr used motion and thereby showed us why we get colors but only for the monoatomic hydrogen and helium atoms; his method failed, in accuracy, for the larger atoms that had altogether different numbers of electrons in the surroundings. So his method is only an approximation but it did definitely point out to us why the colors were there.
Ampère's Laws, that also use motion, are an approximation too — until we get super-computers that can work out the surroundings — but the important thing is that Ampère's concept retains the 'same basic rules' in all the various gauges (spacetime realms) of quantum theory whereas the rules we are now using in these various gauges do not. Ampère's Laws stay the same in all gauges as they do in our realm here. This Ampère-Bohr concept is showing you something brand new, for the first time: Ampère's Laws are giving us — the first pictorial ever of — a unification of gauges (spacetime realms).
Thus Ampère's Laws finally have given us agauge theory in which all the forces have a common origin and in which we have gauge invariance and which will, in the future, be related by better mathematical symmetries when better computers are available to satisfactorily work out the necessary frequency surroundings. To improve the standard model immensely, simply re-insert the original Bohr spin-orbit motion, which clearly shows you the important phase relationship that causes all the forces. Thus all the forces stem from the same source. And this is unification!
In addition, folks, this includes unifying the gravitational force gauge (spacetime realm) with the rest as well. To see this, merely keep reading!
Not only does Niels Bohr's concept show uswhy we have colors but the Ampère-Bohr concept together shows us more about what sigma and pi chemical bonding are specifically: If we look at the electron the way Niels Bohr did then there is no mistaking the fact that a sigma bond is an equatorial bond that is always between a spin up and a spin down electron, which are spinning in the same equatorial plane. Keep this fact about a sigma bond — binding energy — firmly in your mind.
From theBritannica 2009 DVD "Sigma Bond: in chemistry, a mechanism by which two atoms are held together as the result of the forces operating between them and a pair of electrons regarded as shared by them."
You will discover herein that of utmost relevance is the fact that sigma bonds are extremely important not only in equating binding energy to mass lost (E=mc2) but also in the photon energy transfers themselves!
From the Britannica 2009 DVD "binding energy: The total mass of the bound particles is less than the sum of the masses of the separate particles by an amount equivalent (as expressed in Einstein's mass-energy equation) [E=mc2] to the binding energy."
As the Britannica states, scientists know that binding energy equates to mass lost or E=mc2. You will see herein that if this is fully integrated with what Milo Wolff has proven then you get far more answers than this Dark Ages science view now gives you by itself.
And this is what I hope to present to you here.
The following is probably the first accurate presentation anywhere of what a photon really is:
A photon of energy is derived from the release of binding energy between a spin up-spin down electron pair. Only a spin up and spin down electron, spinning in the same spin plane, having both orbitals of the same size and configuration -- on different atoms -- can create asigma bond between them. A quantum chunk of energy is released as this sigma bond is severed, resulting in reduced orbital size of the electron emitting the energy and causing the emission of light energy from the opposite spin electron that now receives the quantum chunk of energy released from the severed sigma bond (E=mc2).
Einstein was right: Physics cannot be based on the field concept unless it is realized that fields, likemotion, must be restricted to certain spin/orbit frequency parameters. Future science will not be based on fields! Physics must be based on individual quanta (spin/orbit orientations), which when all added up simply resemble a field. In this new scalar frequency universe of Wolff and Schrödinger, the field is never a continuous structure: It's always a structure with absolute spin/orbit frequency limits of a particular entity; and this new knowledge gives us the reason why we have the various gauges, and different rules for each of them, in quantum mechanics. For instance: the QED (Quantum ElectroDynamics) gauge is limited to the spin/orbit frequency range of the electron and the QCD (Quantum ChromoDynamics) gauge is limited to the much higher spin/orbit frequency range of the quarks. Math and rules for these two gauges are entirely different.
Even though a multitude of quanta resemble a field, a quantum and a field are entirely different. So field rules and math are used only where a multitude of quantum exchanges take place.
You cannot analyze an individual quantum energy exchange, where an orbit or spin has changed, using field rules and math.
For controllable fusion power you are going to have to look at certain individual spin alignment orientations that are mandatory to permit fusion. You must forget fields while searching for controllable fusion power!
Ampère gave us a far better overall concept than the field. You will clearly see this too as we proceed. He gave us a'continuous rule structure' that works, the same way, in every different spin/orbit frequency gauge but it was overlooked and dismissed. Now we can see it should never have been because this Ampère-Bohr concept is the approximation that Dirac predicted we would someday use to make this universe understandable. Ampère's Laws should always be used as the 'overall set of rules' that work, the same way, in every limited bandwidth field in this — perhaps infinite — frequency universe of Schrödinger's.
From theBritannica 2009 DVD "Maxwell, James Clerk: The concept of electromagnetic radiation originated with Maxwell, and his field equations, based on Michael Faraday's observations of the electric and magnetic lines of force, paved the way for Einstein's special theory of relativity, which established the equivalence of mass and energy."
In thisUniverse of Schrödinger's we see that any field will have bandwidth characteristics: it will have frequency parameters, which cannot be exceeded. You can not accurately portray a field unless the frequency parameters are specified. Note: #11 in http://www.Ampèrefitz.com/FitzUSR.htm. #11.The more accuracy you want, the more you must narrow the range of frequencies involved. Also, the greater the frequency range you view, the less accuracy you will have (with present math). (Feynman taught us this one.) Quantum scientists know this one as the rule: "Before you quantize you must fix the gauge." ([fix the gauge] Specify the gauge frequency bandwidth.) http://www.Ampèrefitz.com/quantize.htm
Believe it or not but we are already, by using the standard model, actuallyfixing one spin/orbit frequency gauge for the quark; and fixing another entirely different lower spin/orbit frequency gauge for the electron and fixing an even lower different spin/orbit frequency gauge — our NATURAL LAWS — for us here on earth. This clarifies what Einstein said because these are clearly not continuous structures! They are separate spin/orbit frequency gauge structures where, inside of each, the spacetime interval remains the same. However, the spacetime interval of one is not the same as the spacetime interval of a higher or lower frequency gauge. These different gauges all have different spacetime intervals! This is why we cannot see motion in the microcosm. These different gauge areas are linked together only by certain weaker harmonic frequencies: A good example of this harmonic linking is with gravity and light. This is why gravity bends light.
Einstein was right in 1954: thesegauge areas (fields or spacetime realms) are not continuous structures. They all have entirely different spacetime intervals! That's why they are seen as different gauges in the standard model.
But let's move on:
We have, as part of the standard model, Quantum ElectroDynamics:
QED uses what is called thesquare of the amplitude. This correctly determines the spin up - spin down electron pairs that are in the correct position and lined up exactly right, having the correct impedance (both electron orbitals must match in size) to transfer energy, in a certain path, to and from certain points involved. Time is considered and so is space and also must be the fact that a very minute portion of the closest sides of both the emitting and receiving electrons involved, in a quantum energy transfer, will sense that they are both tangent to parallel lines and moving in the same direction at the same speed. What the square of the amplitude tells us is that phase is critical. You'll see more about this and minimum phase a bit later.
It's also extremely important that you read this very short part of Nobel prize winner Richard P. Feynman's QED: http://www.rbduncan.com/feynm1.htm Notice how momentous this concept of motion is for unification! This makes a great deal of sense when you look at what Ampère found over a hundred years earlier.
I was reading the final chapter of Schrödinger's Universe where Milo Wolff asked, "What is the origin of space?"
Here is a quote from the Britannica 1997 CD telling about Einstein's tensor math which "led him to an essentially unique tensor equation for the law of gravitation, in which gravitation emerged not as a force but as a manifestation of the curvature of spacetime."
If I may be so bold as to tell you the answer to what space and time really are, then here it is:
As you see in the above Britannica quote, there is no such thing as force in the tensor math of General Relativity. What you actually get — greatly simplifying things — is more spacetime, than average, where repulsive force exists between two objects. In addition, there is less spacetime, than average, existing between two gravitational objects that have an attractive force between them.
Saul Perlmutter has shown, as in GR, that if repulsive force is more spacetime than average then we get Einstein's cosmological constant (exact opposite repulsive force of gravity) and gravity becomes a bi-polar force like all the other invisible forces.
This bi-polar aspect also exists in all the fundamental forces fundamental invisible forces giving us our mistaken notion of having North or South poles for magnetism and + or - for charge. Mistaken notion? Yes!
*** important ***
Quoting theBritannica 2009 DVD "Phase: when comparing the phases of two or more periodic motions, such as waves, the motions are said to be in phase when corresponding points reach maximum or minimum displacements simultaneously. If the crests of two waves pass the same point or line at the same time, then they are in phase for that position; however, if the crest of one and the trough of the other pass at the same time, the phase angles differ by 180°, or π radians, and the waves are said to be out of phase (by 180° in this case)."
In this Wolff-Schrödinger frequency universe, all forces are nothing but phase relationships:
Here's the real reason for magnetismand also sigma and pi chemical bonding (charge): Two electrons, with the same spin on the same spin axis, polar attraction, magnetically/chemically attract when both entire spins are in phase and, in magnetism, this polar attraction is strong because both entire electrons are spinning in phase with each other. Their entire spin frequencies are in phase. The equatorial side to side magnetic attraction of a spin up with a spin down electron is a weaker attraction — the same as the side to side attraction of two reversed pole magnets is a weaker attraction — because only the closest sides, of the electrons causing this magnetic phenomenon, are in phase.
Chemical bonding (charge) is no different. However in chemical bonding, these magnetic binding strengths are reversed with sigma and pi bondings: Even though pi bonding — same spin, same spin axis, polar attraction — should be the more powerful bond, it is not because it is a repetitious but only very short periodic, polar positioning — many times involving a spin shift — while a sigma bond — spin up with a spin down electron — is a steady equatorial bond over a much longer constant time period; thus it becomes the stronger bond of the two. Of course, this is viewing things as Ampère and Nobel Laureate Niels Bohr saw them. This Ampère-Bohr concept shows you all the fundamental invisible forces are caused this same way by phase relationships!
You won't see this correct view, ofphase, at all, looking from the accepted Dark Ages present science view. But using this motion seen by Bohr gives you a better, enhanced view of the important bosons — photons and gluons — and then you see the correct aspect of phase in this frequency world.
You cannot use both field andrelative motion (phase) concepts at the same time but to understand how this universe works, you most certainly must know how to use both concepts. Again, use both eyes to see.
Remember, the phase situation is what is causing the forces so you cannot use relative motion (this new phase concept) along with charge or gravity or any of the other fields. Use either concept by itself but not both concepts at the same time!
In other words, when you are using relative motion (this new phase concept) then simply forget about plus and minus charge or gravity or any field, for that matter.
See:Our Universe is a Quantum Computer!
Remember, two electrons together with reversed spins, in the same equatorial plane (sigma bond) make the strongest chemical bond (charge) while, in magnetic materials — it's the very opposite — the same spin on the same spin axis, polar attraction in magnetism produces the strongest magnetic bond.
By purposely not viewing things as Niels Bohr, Mach and Ampère saw them, our modern quantum physicist experts may have made a major mistake— maybe even worse than the modern financial experts — and never noticed the reversal of strengths with magnetism and chemical bonding (charge) and thus could not see that magnetism was being caused by the same method as charge.
What we see as two entirely different things— magnetism and charge (respectively vector and scalar forces) — are both being caused, the same way, by the electron's spin and orbit motion. A certain portion of charge is also being caused by orbit-perturbation as I showed in 1966.
The scalar force ofcharge, in this atomic world of orbits and spins, comes about because of multitudes of vector forces that try to balance out — minimum average phase — but cannot do so exactly. Charge is the measure of unbalance that remains. It is extremely important that you understand this!
I've known this virtually my entire working life, as you can see by reading my first book published in 1966, and it has helped me immensely while troubleshooting in the electronic world.
As I've shown elsewhere in many places, composite vector forces— associated with free entities — can end up being seen as a scalar force and this is what is happening with charge.
Now you know something even the world's leading quantum theorists do not quite fully understand yet.
While magnetic force is obtained from electron spin frequency derived space; charge type force is obtained from the space derived by compositespin, short, periodic bindings of the pi bond and orbit-perturbation frequencies that cannot exactly balance.
In thestandard model, both photons and strong force gluons are thus classified as boson quantum exchange particles.
But beware, because this boson exchange system— if not seen correctly as a sigma bond — can blind you: You may lose sight of this universe everlastingly making an attempt to better balance toward neutral where both spins and orbits are all in different directions and not concentrated in a single direction.
Magnetism and charge— too many electron spins/orbits in one direction — are, therefore, both unbalanced spin-orbit conditions; the more the unbalance, the greater the force. Magnetism is the unbalance as a vector force and charge is a similar composite unbalance seen as a scalar force. This universe always seeks to establish a balanced — average out of phase situation — relationship between everything. It does this via minimum phase sigma and pi bonding (binding) shifts.
Another reason it's easiest seen— even by scientists — as relative motion today is because we need more complete frequency rules along with the necessary super-computers before we can accurately view it as phase relationships. So for now simply view it as relative motion. Again, use both eyes as you look into this world of science.
Therefore, you can simplify force: See force asmore spacetime, than average, where repulsive force exists and less spacetime, than average, where an attractive force exists, similar to GR.
Thus, the tensor math ofGR shows you exactly what the origin of space is: It's telling us essentially that spacetime and force are, in a way, equivalent. Isn't this similar to mass and energy being equivalent in E=mc2 ?
Space is nothing more than the "average force field" between surrounding entities while force is the same as in GR: force is the difference — either more or less — of this "average field" between certain separate entities. As we proceed, you will see that this concept of quanta is absolutely necessary to completely understand both space and force.
In other words, space is the "average out of phase amount" while force is the same as in GR: force is the difference — either more or less — of this "average out of phase amount" between certain separate entities.
Thus we have a different type of space for the electron as we have for the higher frequency quark. This, believe it or not, is the reason for c2 and the apparent acceleration we find with the principle of equivalence. More about all this later, so keep reading.
As noted astronomer Tom Van Flandern once stated, "You cannot square a speed." But here it is nonetheless, the speed of light squared, c2.
What's the full reason this quantity c2 (speed of light squared) appears in our math? That's a good question and a good bit of what this paper is all about.
I'll give one reason now, and this is that certainfrequencies in the quark realm are the square — a harmonic — of similar frequencies in the realm of the electron.
Tom Van Flandern and I discussed the impossibility of squaring a speed in our spacetime realm. But in this— Wolff-Schrödinger frequency universe — our spacetime realm is mostly the orbital frequency of the electron.
Even I was slow to realize that Tom Van Flandern was absolutely correct and that the quantity c2 itself was telling us it could definitely not emanate in our spacetime realm of the electron; therefore it is being generated in the much higher quark frequency realm.
It's plain to see that c is aphase ratio of the electron's spin frequency to its main scalar frequency that cannot be exceeded and c2 is a phase ratio of a quark spin frequency to its main scalar frequency that cannot be exceeded. Both can also be visualized as speeds at which these respective systems are actually being created. These are therefore maximum speeds for those respective gauges or spacetime realms. These respective gauges balance out at these maximum speeds as well.
In fact all speeds— in our spacetime realm — can be visualized as phase ratios of the electron's spin frequency to its main scalar frequency. Someday future super-computers will view it this way too.
Einstein noted: "Gravity is a wave." Consequently, it has a certain frequency. This is the hidden secret of the origin of ourNATURAL LAWS where each of the fundamental forces is in a different frequency band. Space also comes in different frequencies as well. This gives us four distinct, different gauges (frequency spacetime realms). Now we not only see the reason for the gauge rules of quantum mechanics but we see it's somewhat similar to — a different frequency band acts as a different dimension — what the string theorists have been telling us. The highest of these frequency spacetime realms gives us the vast majority of the gravitational force, as you will soon see. The lowest galaxy spin frequency gives a different type gravity too but you will have to read my other papers to see that. Gravity has the widest bandwidth of all the forces but that's elsewhere so as to keep this paper as short as possible.
Once you see all this then you can solve the paradox of "action at a distance" where the pastseemingly becomes involved both in obtaining light from distant stars and in the Feynman diagrams used in quantum mechanics.
In thisSchrödinger Universe, of frequency bands, the electron is entirely constructed from two distinct frequencies: its main scalar resonant frequency and its spin frequency. Fulbright Scholar Milo Wolff has mathematically proven these two distinct frequency resonances.
Therefore, when these two standing wave entities meet, they establish aminimum phase relationship and the wave crests of one go into the wave troughs of the other and both electron and positron are completely annihilated.
This is one of the startling facts of quantum theory. Quantum physicists know it happens. Now you may know more than they do because Milo Wolff's discovery has shown you exactlywhy it happens.
By reading what is in the above links you will also know what we see is anaverage time and an average space. Both time and space are really made up of numerous quanta bits, the same as energy. This concept of an average time and space, made up of numerous quanta bits of time and space — a great many billions of separate, different out of phase relationships between every single thing in this universe — is extremely important to the correct understanding of both time and space. I'll explain this further as we proceed.
Each electron repels its nearest neighbor by a certain amount of force, the same as each star repels its nearest neighbor by a certain amount of force.Let's call these quanta too because they come in chunks like energy quanta. It is these individual repulsive force chunks (quanta) added up and averaged that give us our illusion of space. And it's the same with time as well.
Think of entire electrons as never being involved inspacetime light transfers. In fact, only very minute portions of the closest sides of the emitting and receiving electrons — one is spin up and the other spin down — are involved. And if these closest sides "see" themselves as close in impedance (both on the same size orbital) and moving at the same direction at the same frequency then they will also "see" themselves inside the same Minkowski light cone. Thus, they will be able to transfer this spacetime quantum of light energy from one electron to the other.
From theBritannica 2009 DVD "Minkowski, Herman: His idea of combining the three dimensions of physical space with that of time into a four-dimensional "Minkowski space"-spacetime-laid the mathematical foundations for Albert Einstein's special theory of relativity."
Sigma chemical bonding is a proven fact. It must always be seen as a spacetime binding force between a spin up and a spin down electron whose very minute portions of their closest sides are going in the same direction. Light energy is also exchanged, exactly the same way, as a spacetime binding force: It's nothing more than a long distance sigma bond that ends up transferring a quantum of light energy. This spacetime transfer is between a spin up and a spin down electron where very minute portions of their closest sides are always going in the same direction.
One additional thing is very important and this is that energy only diminishes with the square of the distance when multiple numbers of electrons are involved. Why? Because it is these numbers involved, in the transfer, that fall off with the square of the distance. Between only two electrons, this quantum of sigma binding energy — a sigma bond — remains at the same strength out to the Hubble limit of distance. Now you see why a quantum of light energy does not diminish in intensity with distance: This is another well-established quantum theory principle. In fact, this is the keystone of quantum mechanics.
Now, here's what Niels Bohr taught us:
From the Britannica 2009 DVD "Spectral lines are produced by transitions of electrons within atoms or ions. As the electrons move closer to or farther from the nucleus of an atom (or of an ion), energy in the form of light (or other radiation) is emitted or absorbed."
If a quantum of violet light is given up by a star to your eye then on that star, in a certain time period, an electron that was originally far from its nucleus, dropped to one of the closest orbitals of its nucleus. While in that same time period (standard model explanation) an electron in your eye emitted a quantum of violet light.
As the electron on the star dropped, the electron in your eye emitted a quantum of light. This is the way it is being explained in the standard model.
If aquantum of red light is given up by a star to your eye then on that star, in that same time period, an electron dropped about half the distance to its nucleus. While in that same time period an electron in your eye emitted a quantum of red light.
Again, as the star's electron went down to a lower orbit level, your eye electron emitted aquantum of light energy. (The standard model view.)
Thus appears, inquantum theory, the concept of a boson with the photon acting as a boson quantum exchange particle. A quantum of energy on that star was simply shifted or exchanged with your eye via a photon (boson).
From theBritannica 2009 DVD "quantum: the magnitude of all the quanta emitted or absorbed is the same in both energy and momentum. These particle-like packets of light are called photons, a term also applicable to quanta of other forms of electromagnetic energy such as X rays and gamma rays."
Photonsare classed as boson quantum exchange particles. Remember, in these quantum exchanges, the same magnitude of energy emitted is also absorbed.
From theBritannica 2009 DVD "quantum mechanics: The probability of a transition between one atomic stationary state and some other state can be calculated with the aid of the time-dependent Schrödinger equation. For example, an atom may change spontaneously from one state to another state with less energy, emitting the difference in energy as a photon with a frequency given by the Bohr relation."
Let's look at how a photon supposedly works in the standard model:
If batter blue hits the ball twice as much as batter red in the same time period then batter blue will expend twice the energy as batter red.
It's the same with light: as violet light being twice the frequency of red light has twice the energy in each quantum of light.
But the time period with all of these quantum exchanges seems to be associated with Planck's constant (h). So if the batter hits the ball twice as much, this gives twice the energy. Since there are twice the swings back and forth with violet light as there are with red, in that same time period, then a quantum of violet light comes out with twice the energy of a quantum of red light.
However, all of this is well known to quantum theory physicists.
Now we come to something not as well known to all:
You must realize that the sigma type close bondings — of your electrons here — also occur with distant electrons as far off as the Hubble limit; not only that but these far distant bondings are at the same strength as close bondings. They must be the same strength because the quantum of light emitted from the star was the same strength as your eye received; this is an agreed upon, quantum theory fact.
The quantum of light from the star to your eye, called a photon (boson) in the standard model, is being caused by this spin binding shift. However, this particular binding shift is between the two distant electrons that are free to go down/&/up their orbits and vibrate as they do so, respectively causing/&/receiving these light or heat or radio waves. Thus these bubble chamber tracks are caused by real binding shifts of a spin up with a distant spin down electron.
This universe is forever trying to balance via in phase spin attractions: where this happens the standard model gives us a boson, which we now see are really these binding shifts between distant electrons.
Since this standard model photon has no mass then it has to be considered nothing more than a simple binding shift or binding exchange between that star and your eye? A simple binding shift would better account for the recoil effect noted in Feynman diagrams. And a binding shift causing other binding shifts, or emanating from other binding shifts, would better account for the various bubble chamber tracks.
Even the magnetic type spin attraction has a sort of Bose-Einstein condensate element to it because space has disappeared (condensed) between the in phase portions of the two magnetically bound electrons.
A Quote from the Britannica 2009 DVD tells us, "Bosons include mesons (e.g., pions and kaons), nuclei of even mass number (e.g., helium-4), and the particles required to embody the fields of quantum field theory (e.g., photons and gluons). Bosons differ significantly from a group of subatomic particles known as fermions in that there is no limit to the number that can occupy the same quantum state."
Also from the Britannica 2009 DVD "quantum mechanics: The symmetry of the wave function for identical particles is closely related to the spin of the particles. In quantum field theory (see Quantum electrodynamics), it can be shown that particles with half-integral spin (1/2, 3/2, etc.) have antisymmetric wave functions. They are called fermions after the Italian-born physicist Enrico Fermi. Examples of fermions are electrons, protons, and neutrons, all of which have spin 1/2. Particles with zero or integral spin (e.g., mesons, photons) have symmetric wave functions and are called bosons after the Indian mathematician and physicist Satyendra Nath Bose, who first applied the ideas of symmetry to photons in 1924-25."
So how do all these bosons really differ from fermions?
Bosonsare more symmetric (more in phase): they have maximized their (close range) binding energy. Fermions haven't!
In aBoson, spins and orbits will be structured to minimize binding with the surroundings (mass creation) and instead maximize binding to internal close units instead. Bosons will be the maximum in phase with internal close entities and the minimum in phase with distant surroundings. This is the important Ampère phase picture that must be added to the standard model.
Simply— using the Ampère Bohr concept — view the very minute portions of the closest sides of any two spin, sigma bound entities as obeying Bose-Einstein statistics because portions of their spins are now in phase.
Or view the two entire sigma bound— now in phase — entities as a single entity with their binding having boson characteristics.
You increase, immensely, the value of the standard model by doing this!
You also greatly simplify things once you use the Ampère-Bohr concept and see that quarks can attract via their spin the same as electrons do in magnetism/charge. This binding force— of electrons and quarks — depends on the frequency of the spin. And these frequencies change with mass as we know light, heat and radio frequencies change with mass increase or decrease.
Once this is seen then not only can a magnetic type spin binding be visualized as a boson type Ampèrein phase attraction but why we see this concentration of the strong force in an area the size of the proton or neutron is explained as well with Ampère's Laws, however, that will be more toward the end of this paper. So keep reading.
So summarizing— all types of force — we have the following:
Averageout of phase, of all the various entities, is what we sense as space and time.
Moreout of phase than average is a repulsive force.
Morein phase than average is an attractive force.
As we learned previously from theBritannica, binding energy is always equal to the mass lost via E=mc2.
Therefore solid state pioneer Carter Mead must be right and we surely must be still in theDark Ages of science and all these universities must be asleep at the switch if none of these universities have ever published why mass is lost via E=mc2.
Each electron that changes far off binding(with distant surroundings) to close binding, changes a quantum of inertial mass to energy in the amount of hv or Planck's constant (h) times radiation frequency.
This is it in a nutshell! It's all nothing but tiny quantum sized binding changes that do not change binding strength with distance. Electrons can shift sigma bindings from distant to close electrons or vice versa. Quarks can also shift a form of sigma binding to other quarks as well.
A pi bonding shift alone, is not possible between the electrons in your eye and the far offsurroundings. Simple light, heat and radio radiation, directly from the star to your eye can only be a sigma bonding shift (h) or a pi bonding shift combined with a sigma bonding shift. The reason that you cannot have a pi bond unless you also have a sigma bond, is explained perfectly by Ampère's Laws but not by any other laws.
The reason that you have spin alignment (magnetism) with iron, nickel and cobalt, which are at the peak of the energy curve, is that there is more spin binding with thesurroundings — more far off binding — with those elements that lie on the peak of the energy curve. The more far off binding you have then the more likely you will have spin alignment (magnetism). A preponderance of close binding actually has a tendency to prevent spin alignment (magnetism).
Thespecific timing of h — angular momentum derived from orbital change emanates unmistakably from predominant cycles in the quark realm. This is the reason for SU(2) Symmetry and not that the spin of the electron is different from the spin of a top, which is the prevalent belief today. Wheeler and Feynman essentially showed us we cannot see motion in another gauge (frequency spacetime realm). You can only see motion in your own spacetime realm. You only can see the effects of motion in other spacetime realms.
The truth of this leaves the symmetries of the standard model fully intact. But we do have to visualize the boson, particle concept a bit differently to see with both eyes and get better depth perception.
FromBritannica 2009 DVD "Mass: in physics, quantitative measure of inertia, a fundamental property of all matter. It is, in effect, the resistance that a body of matter offers to a change in its speed or position upon the application of a force."
Massis the measure of inertia. The reason we have inertial mass, is because of these far distant — same strength — bindings with similar frequency entities in the surroundings. For gravity these quark to quark bindings are simply to objects closer than the quark to distant quark bindings in the surroundings that cause inertial mass.
The majority of my science peers— even though they know we have such a thing as centrifugal force — are totally blind to this aspect of binding with the far distant surroundings (Mach's principle). This blindness remains in spite of the fact Berkeley discovered this in the 1700s. I heartily thank Dr. Milo Wolff for finally mathematically proving this beyond a shadow of a doubt. For instance, an electron in your eye first gains inertial mass by binding with an electron on a distant star. Then it turns this inertial mass into energy by binding with another closer electron in your eye; thus giving your eye a quantum of light energy via a photon/binding shift.
This is very much like your car's spark plug where the coil is first connected to the battery but the spark is created when the batterydisconnects from the coil the same as your eye gets the quantum of light when that first electron disconnects from the star.
In a prism the lowest light frequencies (red) are bent the least. The highest light frequencies (violet and ultra violet) are bent the most. It's the same with standing waves with the highest frequency spherical, scalar, standing waves being seen by us as smaller and lower frequency, spherical entities being seen by us as larger.
As you read on you will also see a necessary quantum effect with both space and time.
You see stars as being far away and their light as coming from the past. This is true and it is because the vast majority of the star's electrons are out of phase with your electrons. But that does not mean all of these
Light goes through a vacuum!
There is absolutely nothing in a vacuum to transfer this light.
Understanding this shows you there is no such thing as aether nor is there any such thing even needed to transfer light.
However, you have to know exactly what space and time are to properly see this; thus knowing, that space is really the composition of space quanta bits, is extremely important! As Einstein said, "Reality is merely an illusion, albeit a very persistent one."
From the Britannica 2009 DVD "Einstein, Albert: In the 19th century there were two pillars of physics: Newton's laws of motion and Maxwell's theory of light. Einstein was alone in realizing that they were in contradiction and that one of them must fall."
Einsteinwas correct: Space and time are an illusion. They are not what we think they are and you must understand exactly what gives us this space and time illusion before you can figure out this universe.
From theBritannica 2009 DVD "Spacetime: in physical science, single concept that recognizes the union of space and time, posited by Albert Einstein in the theories of relativity (1905, 1916)."
But these spin and mainscalar frequencies are intertwined in a union and cannot really be separated because they are the same as space and time which, as the Britannica states, are in union together and can not be separated even though we can, via this illusion, separate the two in our minds.
However theunion, there are phase differences between these spin and main scalar frequencies.
Somehow our minds can differentiate thesephase differences thus, via this illusion, separating the two, in our minds, into space and time.
The moreout of phase the principle scalar frequencies of two electrons are, then the more time that we will see existing between them.
What our minds sense astime and space are nothing more than both phase relationships in this scalar frequency and spin frequency universe of Schrödinger.
The closer the mainscalar frequencies are, in phase, then the closer we see the items are to each other in time.
The same with spin frequencies: if no phase difference exists, betweenvery minute portions of the spin frequencies of similar entities, then our minds see them in the same space.
They can now be considered in the same space because now with similar portions of their spins in phase, thosevery minute portions now obey Bose-Einstein statistics.
While two electrons with reversed spins can be on the same orbital, thevery minute portions of those same two electrons can go one step further in the Bose-Einstein concept and actually be seen — in this Schrödinger Universe — as being in the same space at the same time.
Space itself is being caused via theaverage of all these spins that are not spinning on parallel paths and are thus spinning out of phase with their neighbors. (This is also Ampère's law.)
Now, as you ponder all this, you can see thatphase is the real reason behind the Pauli exclusion principle and Bose-Einstein statistics.
These scalar, standing wave entities are actual waveforms. And light is a waveform while in your eye but please do not think of it as a wave while each quantum of light is being transferred through a vacuum. You must not see each quantum of light as a wave! You must also see it as Einstein's photon. See it as adirect transfer or minimum phase binding shift through the vacuum because it acts first as a sigma bond, which is a binding force. This long distance sigma bond between the two opposite spinning electrons is the vital element that effects the quantum energy transfer. In the future, it will be seen as a Schrödinger resonance reaction. So I guess Viv Pope is right, after all, about preaching this fact to us and that the speed of light (c) should be looked upon as something else besides a speed.
As this energy transfer of light, from a distant star in the past, comes to your eye, in the present, then something else important happens as well in thisUniverse of Schrödinger's. There is then a balance reaction in the total average phase shift of the electrons in that past to the total average phase of the scalar frequency, of all the electrons, in your present time.
In addition, we also have those two spin frequencies giving us force and space.
The quark's frequencies are much higher than the electron's. This gives it an entirely different frequency band or spacetime realm (gauge) from the electron's. Our spacetime realm — where h or Planck's constant is our high frequency limit — is a lower harmonic frequency than both the quark and electron. To see the big picture you absolutely must understand the quantum concept of gauges or spacetime realms. Once you do see this Universe of Schrödinger's, then you can see the big picture and thus see how it all works.
Surprisingly ourNATURAL LAWS do have gauge limits as well: The orbital frequency realm of the electron or where we use Planck's constant or h being our high frequency limit; and the spin frequencies of the galaxies in the macrocosm being much lower than our low frequency limit because our gravitational laws cease working correctly in those galaxies: We see the spiral arms of spiral galaxies as going faster than their escape velocity and this is impossible. This, by the way, is a far better explanation for the spiral arms paradox than dark matter, which no one seems to be able to find as much as needed for a total dark matter explanation.
A quote from theBritannica 2009 DVD: "If one speaks in Newtonian terms, the cosmological constant could be interpreted as a repulsive force of unknown origin that could exactly balance the attraction of gravitation of all the matter in Einstein's closed universe and keep it from moving."
This repulsive force — opposite from gravity — between all the stars and galaxies, consistent with Einstein's cosmological constant would be seen as an apparent accelerating, expanding universe. This is consistent with what Milo Wolff has found because for scalar standing waves to exist, we must be in a steady state universe. Essentially both Saul Perlmutter and Milo Wolff have provided the necessary proof that we are in a steady state universe. The acceleration and expansion are only apparent just as the acceleration of 32 ft per second2 associated with gravity is only apparent.
Einstein's cosmological constantis giving us this apparent accelerated, expanding universe. No longer is it of unknown origin because now we know the involvement of c2 in producing this — out of phase — repulsive force.
Quoting from theBritannica 2009 DVD "The Supernova Cosmology Project, headed by Saul Perlmutter of the Lawrence Berkeley National Laboratory in California, reported on measurements of the apparent brightnesses and red shifts of 42 Type Ia supernovas. . . . not only is the rate of expansion of the universe not decelerating, but it also appears to be accelerating slightly."
Einstein died beforeSaul Perlmutter's group discovered this acceleration. If Einstein would have known about the acceleration then he would have known he did not blunder in 1917 and he would have told everyone that if one could not discern the acceleration of 32 ft per second2 from gravity (principle of equivalence) then one also could not discern his cosmological constant — equal but opposite force of gravity repelling all the stars and galaxies from each other — from an apparent accelerating, expanding universe.
As quarks orbit they also precess and it is this precession that changes and gives more or less attraction to the other, either close or far distant, quarks. Quarks, like electrons must impedance (having orbits of similar size) match to bind: They can only bind with other quarks that have the same translational mass. As a bicycle wheel spins faster this translational mass greatly increases, with the far distant surroundings, giving greater centrifugal force with greater speed thus pulling quarks further from the center of the nucleus. This is also why you stay up better on your bicycle the faster the wheels spin.What is holding you up on your bicycle is an unseen far distant part of the quark strong force! This is why quarks are constantly moving toward and away from the center of the nucleus. Thus we get the appearance of asymptotic freedom.
FromBritannica 2009 DVD "When the quarks are close together, they exchange fewer gluons, and the force is weaker. Only at infinitely close distances are quarks free, an effect known as asymptotic freedom. For their discovery of this effect, Gross, Wilczek, and Politzer were awarded the 2004 Nobel Prize for Physics."
The three different quark spin frequencies, in protons and neutrons must all be higher fundamental harmonics of the electron's spin frequency. These frequencies must be closer to distant quark frequencies when these quarks are separated furthest from the center of the nucleus (getting more pull from distant quarks).
So not only do quarks bind with electrons via this harmonic binding— reason gravity bends light and why electrons are attracted to the nucleus — but quarks also spin bind with other distant quarks in the universe to cause gravity, inertia and centrifugal force.
So the strong force is not totally contained within the neutron or proton; this proves strong force leakage. It's this same quark color force that will destroy a flywheel if it is spun fast enough because when you spin something then this imparts a translational motion to the quarks so that now sections of their orbits must impedance match with quarks on the distant stars that have this greater mass as well. If you spin the flywheel fast enough then it is this color strong force of the quarks that finally destroys the flywheel by pulling it apart.It is the color strong force of the quarks, to distant quarks, that causes centrifugal force as well as gravity and inertia.
So when you come right down to it, it'sphase. And to see phase best, go the Niels Bohr motion route.
See:3/18/2005 "Why the Strong Force acts the way it does."
Therefore, the strong force is not entirely contained inside the proton and neutron after all! It behaves exactly like all the other forces! You can't see this using ourDark Ages present science. But you certainly can see it using Ampère's Laws along with the Bohr concept.
ABritannica DVD 2009 quote: ". . . there is as yet no experimental evidence for the Higgs boson, which would be a direct indication for the existence of the Higgs field."
Higgs boson? Inertial mass is caused via sigma bindings. These bindings will all be different for different entities at different spin frequencies. These bindings will be happening in different gauges, so from our perspective they will be happening at different speeds. Electrons will be binding at the speed of light and quarks at a much faster speed that we will detect as c2. This is not exactly the Higgs field but this is what is causing both inertial mass and gravitational force.
Gravity is really the color strong force of the quarks extending to distant quarks at a speed that in our spacetime realm will appear to us as c2. It's thisaverage out of phase quark to far distant quark produced space — thus produced between all the stars and galaxies — that we recognize as an apparent acceleration. It's too high a frequency for us to see it simply as space.
This agrees with what astronomers are being taught in all the major universities, that gravity acts closer to instantaneously (c2), the way Newton said and not at the much slower speed of light (c) like Einstein supposed. Van Flandern said he was taught this at Yale. Evidently the top astronomers know this universe can not be stable if gravity acts at the slower speed of light.
So what happens if electrons appear to bind at the speed of c and much higher frequency quarks appear to bind at the much higher speed ofour space times our space or what we see as c2?
Newton, Van Flandern and the astronomers are sending us this message: gravity— in phase quark to remote quark binding — is acting far faster than the speed of light. We must therefore conclude that the opposite out of phase quark spin average space creation — out of phase quark to distant quark repelling — is acting far faster, than what we recognize as space, at the space creation rate of c2 or our space times our space or what we see as apparent acceleration.
Since magnetic attraction can be explained by an in phase, spin sigma binding, then so can the quark color force be explained via an in phase, spin sigma type quark binding. Gravity and inertia are being caused via this sigma type quark to distant quark binding the same as the in phase, spin sigma type quark binding inside the neutron causes the strong force (color force) between the three close range quarks that build protons and neutrons.
Ampère's Laws, therefore, work the same way for quarks as they do for electrons and stars.
The spin bindings of all entities with their same frequencysurroundings cause inertial mass. Milo Wolff has proven this. So various spin frequencies of various entities are causing mass in this Universe of Schrödinger's.
TheBritannica 2009 DVD says, ". . . Einstein expressed these ideas in his deceptively simple principle of equivalence, which is the basis of general relativity: on a local scale-meaning within a given system, without looking at other systems-it is impossible to distinguish between physical effects due to gravity and those due to acceleration."
Theprinciple of equivalence is the proof that the strong force of the quarks to distant quarks is this somewhat comparable field to the Higgs field that we are all looking for.
The principle of equivalence states that one can not discern the unreal but apparent acceleration of 32 ft per second2 from gravity.
There's a message here:
Because Wheeler and Feynman have shown us that we cannot directly measure something outside of our spacetime realm but we can detect it.
Planck's constant orh (electron orbiting frequency) gives us the highest frequency limit where we can measure space directly. We cannot directly measure the space produced by these quark spins, because the frequency is too high and completely outside of our spacetime realm, but we can detect this quark produced space, that we see being produced at the rate of c2, as an apparent acceleration.
And the principle of equivalence is giving us this apparent acceleration as the proof of massive strong force leakage from within the atomic nucleus.
In other words, we cannot directly measure this extra space that all these out of phase quarks are causing to distant quarks— nor will we ever be able to directly measure it — but we most certainly do detect it (our space times our space) as c2 or apparent acceleration.
This iswhy we have the principle of equivalence.
Indirectly Dr. Milo Wolff has shown us that all scalar forces are really multitudes of vector forces. This is why the Higgs field is thought to be a scalar field. What we have instead is really a multitude of vector sigma binding forces— with their same frequency surroundings — that give us what we see as inertial mass.
Even so, the standard model is pretty close to what is really happening. All it needed was some tweaking with a few minorSchrödinger's Universe concept changes to give us a crystal clear insight into what's really going on.
All this may appear strange to those who remain in theDark Ages of science. In this case, however, truth is stranger than the Dark Ages fiction.
Now— if you've read all this — you finally know why these things are happening.
Einstein was right; the system is understandable: It's really simple when you see how it all works and when you do see exactly how it works then you'll also see this is a trueTheory of Everything.
Now for the really important question:
Is A. Garrett Lisi's mathematicalTheory of Everything spherical model really a model of Dr. Milo Wolff's spherical, scalar, standing wave resonance?
Perhaps it is. Better check this link out:http://www.rbduncan.com/lisiimp.htm
Yes my friends I'm very much afraid that, as well as in Galileo's age, the universities are all asleep at the switch on this one too.
The important thing to remember is the portion of this universethat we notice is composed of 4 spacetime realms: Each of these has an entirely different space and time (different spacetime interval).
In each of these realms entities will sense Ampere's laws, motion, inertia and 90 degree gyro torque. But these will be seen in other realms as something else: For instance magnetism and charge stem from the above four things operating in the electron's realm.
Our gravity and inertia stem from these four things (Ampere's laws, motion, inertia and 90 degree gyro torque) operating in the quark's realm.
If you've read and understood all of this then you have a good understanding as towhy everything behaves as it does.
Schrödinger frequency Universe. We know the electron is affected by its lower orbital frequencies and the higher frequency quark nucleus. If these lower and higher harmonic frequencies also help determine that we see the electron as a spherical particle then we have reason to believe that we will also see A. Garrett Lisi's mathematical solution to unifying the 4 forces, of higher and lower frequencies, as a spherical model. And this is exactly what we do see indeed.
Remember, this is a
Interested in science?
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Everyone seems to have missed the fact that boththe element of probability in quantum mechanics and Young's Double Slit Experiment were pointing to a critical phase relationship and different spacetime realms. Once this is seen then the incomprehensibility of quantum theory completely disappears.
I wish I would have published— before Stephen Wolfram did — the fact that you can use math to explain simple things — such as I've done herein with hv — but you need a model to explain complicated things. This Ampère-Bohr model, that I've been harping on since 1966, explains the entire universe better than anything presently available. As Einstein said, it's all an illusion. I agree; even motion is an illusion; even my Ampère-Bohr model is an illusion in this all frequency-resonance universe. But it's the best model we have, so use it until we emerge from these Dark Ages of science, as Carter Mead calls them, with an accurate frequency model of Ampère's Laws and the super-computers needed to work out the surroundings.
What is so incredible about this was that in 1966, while trouble shooting in the avionics section of Pan American Airlines, I discovered the first importantrelative motion part of this and published it in 1966-1967 Fitzpatrick's First Book. There was a full page — page 29 — devoted only to my book in the Sunday Book Review Section of the New York Times, on June 18, 1967. Thousands of those books were in most of the universities of America not long after that too. I now know it's phase differences that make us see the relative motion aspect of it that I first noticed way back then in 1966. I hereby thank all the scientists in all the universities for not latching on to this relative motion concept way back then and allowing me the 40 plus years that I needed to invalidate all the arguments against relative motion — including the one Robert Dicke gave — and to work out this phase system that the universe uses.
The absolute proof of this will come as soon as it is discovered that all binary stars of the same mass have opposite spins. See: 9/6/2005 Binary stars act exactly like electrons
Spinning stars are acting more like fermions than we suspect: each individual star has more effective quark to quark binding with the black holes in the middle of all the galaxies — in the far away"fixed stars" — than it does with closer stars where there are no black holes. Therefore, with more far off binding than close binding, stars have fermion behavior.
This is why we have spectacular supernova explosions: at first a potential supernova star shrinks and not only gets denser but gets stronger too because thisinternal quark to quark translational binding is increasing causing the strength to increase while also shrinking the star. So this star is actually getting stronger and shrinking, via internal binding increase.
But the quark tofar distant surrounding quark translational binding is now increasing as well giving the shrinking star far more mass.
Please remember, these quarks must impedance match before this translational binding can take place, so these supernova quarks are forced to find quarks with an equally high impedance match in the far offsurroundings and these finally can only be found in the black holes; so while the supernova internal binding is increasing, at the same time its binding to the quarks in the surrounding universe is increasing too (giving it more mass). However, this mass increase is accompanied by the surrounding black holes in the universe trying to pull the star apart. In the end it is this tremendous black hole binding force in the surrounding universe that wins out and pulls the star apart in all different directions. A supernova doesn't blow apart; it actually gets pulled apart by all the black holes that are in the middle of all the galaxies in the surrounding universe.
Centrifugal force is a similar force but it is only a pull from thesurroundings in one plane whereas with the supernova the pull from the surroundings is a scalar pull in all directions. It's hard to believe at this day and age that those asleep at the switch in our universities do not even understand that centrifugal force is a pull from the surroundings. Berkeley understood this. Mach understood this and Einstein's first wife evidently understood this; whether Einstein really understood this will be up to future historians to decide.
Now we begin to see why elements, stars and galaxies tend to be a certain size. Every mass increase is also an increase in the inertial pull of thesurroundings in all directions.
That's what mass is: mass is the inertial pull of thesurroundings in all directions.
Life exists on earth because of supernova explosions. Life may end if we encounter a supernova explosion in our own galaxy too.
Anyway, we would not even be here were it not for all those black holes in the middle of all the galaxiessurrounding us.
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Original: July 17, 2008. This page revised December 29, 2009.