Albert Einstein's Equivalence Principle, the effects of gravity are exactly equivalent to the effect of acceleration.

Systems in motion from internal forces, example move satellite's in space - Force Equals Mass Times Acceleration - Wheat Ridge, Colorado

Please go to Internet Explorer as your Browser as videos are Windows Media Player

Experimental Proof of Systems moving from internal rotational forces - from electrical power

Perhaps you are familiar with the idea that moving objects have what we call kinetic energy; the faster an object moves, the greater its kinetic energy. This means that in pre-relativity physics, a non-moving object has no energy. In relativity, however, we cannot ignore time, and all objects are essentially always moving through time. Moreover, because time is not "the" fourth dimension but just one of the four space time dimensions, there's no reason to think time should be ignored when we consider an objects energy.

Einstein worked through this idea in a some what different way, with his equations of special relativity and discovered that there is indeed a extra component to energy, beyond the normal kinetic energy, that had not previously been recognized. He found that for a moving object, this extra energy manifests itself as mass increase, which can be expressed in a simple formula.

The eccentric load mass through the process defined in the Sequence of Operation; Generates an acceleration force on the said axis of rotation of the System, in a direction that is towards 180 degrees.

In my mind's eye first envision a System that contain kinetic energy, for example let us define this sequence of operation, and yes the axis of rotation requires power to turn it. Next Systems eccentric load of mass that is revolving about a axis of rotation. At 180 degrees the eccentric load of mass is out accelerating to the furthest distance from said axis of rotation. At 0 degrees the eccentric load of mass is falling back towards the axis of rotation. At 90 and 270 degrees the eccentric load mass is almost equal and opposite of the said axis of rotation. The said axis of rotation is forced to its new position in space time, as a result the said axis of rotation is moving in space and time. The eccentric load mass accelerating about said axis of rotation forcing it to move, translate in a linear direction that is macroscopically seeable to the observer looking at this System.

This web site supersymmetry.com has one main function. To provide whomever visits to observe macroscopic experimental proof of different proto types moving in a direction that is constant. The videos are experimental proof to observe and analyze the translational behavior of the systems in a zero gravity environment, or at least a frictionless horizontal plane where gravity has no effect. These systems are moving from rotational energy of internal force. Which are outside the accepted limits of knowledge, we have the physical proto type proof right here! All you have to do is look at the videos of systems moving from rotational internal forces.

Inertia. Physics The tendency of a body at rest to remain at rest or of a body in straight line motion to stay in motion in a straight line unless acted on by an outside force; the resistance of a body to changes in momentum. 2. Resistance or disinclination to motion, action, or change

Newton's first law states that every object will remain at rest or in uniform motion in a straight line unless compelled to change its state by the action of an external force. This is normally taken as the definition of inertia.

Thomas L Navarro’s Systems are experimental proof of Systems moving from internal forces; from motion of two Eccentric Systems on the surface tension of water, inside the water tank weighted down to sink almost fully into the water, on the 65 pound table top model and the electrical magnetic system demonstrating the dynamics of eccentric load mass examples. Please use Internet Explorer as you Browser and Google supersymmetry.com as the videos are Windows Media Player.

For any rotational motion that is also accompanied by a linear progression, we say the system has “chirality”. System one is Clock wise rotation of the “eccentric load” of mass is called clock wise “chirality”. System two is Counter clock wise rotation of the “eccentric load” of mass system is called counter clock wise “chirality”. Systems one and two are attached to a main frame See United States Patent 5,473,957 for details of operation.

The last video on this web site; is the table top system moving from rotational energy, resulting from the "eccentric load" of the mass, on level top of a desk top surface. At the end of the video the system moves in slow motion so you the observer can see the "eccentric load" of mass distribution about the center axis go close over the center axis (distance "d") and go out from the center axis (distance "B"). The drawings below are the simple math functions of the "eccentric load" of mass distribution about the center axis of rotation of one counter clock wise system and one clock wise system.

For any rotational motion that is also accompanied by a linear progression, we say the system has "chirality". Clock wise rotation of the "eccentric load" of mass system is called clock wise "chirality". Counter clock wise rotation of the other "eccentric load" of mass system is called counter clock wise "chirality".

The above and below are a set of dynamic drawings to describe the motion of the "eccentric load" of mass systems. The systems design incorporates an "eccentric load" of mass which is constantly biased in one direction such that it does not rotate symmetrically around the system's center of mass. The set of drawings given above and below have been derived in an attempt to analyze the translational behavior of the system in zero gravity environment, or at least a frictionless horizontal plane where gravity has no effect. The analysis assumes a configuration which is described in this patent, and comprises of two parallel systems with their central axes rotating in opposite directions so as to cancel out any lateral translation. There this analysis will only consider translation in the direction of "eccentric load" of mass, hereafter referred to as the 180 degree area that "eccentric load" of masses each occupies.

The above drawing is the illustration of the "eccentric load" of mass unitary group of transformations of the "eccentric load" of mass of one counter clockwise complex variable. In a complex plane formed by one real axis and one imaginary axis; we can pin point any complex number on the origin to the point through the continuous angle, that this line makes with one real axis. There is a deep connection between this phase motion at 180 degrees, in which the angle is "positive" in phase angle.

The top circle 0=90 degrees is the initial starting point where the "eccentric load" of mass is at rest at 90 degrees, with distance "A" from the center axis of rotation.

The second 0=180 degrees demonstrates the "eccentric load" of mass accelerating counter clock wise to the 180 degree area with the "eccentric load" of mass furthers out from the center axis, as illustrated by distance "B", "positive" in phase angle.

The third 0=270 degrees demonstrates the "eccentric load" of mass accelerating counter clock wise to the 270 degree area with the "eccentric load" of mass a distance "C" from the center axis of rotation.

The fourth 0=360 degrees demonstrates closest (minimum distance) of the "eccentric load" of mass accelelerating counter clock wise from the center axis of rotation, illustrated as distance "d". Please take notice that the "eccentric load" of mass is distance "d" from the center axis, and the phase distance is "minimal" at this point.

The fifth 0=0 degrees demonstrates the "eccentric load" of mass accelerating counter clock wise, to be back at 90 degrees the initial starting point of acceleration, and again with distance "A" from the center axis. To start the counter clock wise acceleration of the "eccentric load" of mass all over again. Please take notice that the total phase wave is not symmetrical.

The above drawing is the illustration of the "eccentric load" of mass unitary group of transformations of the "eccentric load" of mass of one clockwise complex variable. In a complex plane formed by one real axis; we can pin point any complex number on the origin to the point through the continuous angle, and this line makes with one real axis. There is a deep connection between this "eccentric load" of mass motion at 180 degrees, in which the phase angle is very "positive."

The top circle 0=270 degrees is the initial starting point where the "eccentric load" of mass is at rest at 270 degrees, with distance "A" from the center axis of rotation.

The second 0=180 degrees demonstrates the "eccentric load" of mass accelerating clock wise to the 180 degree area with the "eccentric load" of mass furthest from the center axis, as illustrated by distance "B"

The third 0=90 degrees demonstrates the "eccentric load" of mass accelerating clock wise toward the 90 degree area with the "eccentric load" of mass a distance "C" from the center axis of rotation.

The forth 0=360 degrees demonstrates closest (minimum distance) of the "eccentric load" of mass accelerating clock wise from the center axis of rotation, illustrated as the distance "d". Please take notice that the "eccentric load" of mass is distance "d" from the center axis, and the phase wave is not symmetrical.

The fifth 0=0 degrees demonstrates the "eccentric load" of mass accelerating clock wise; to be back at 90 degrees the initial starting point of acceleration, and again with distance "A" from the center axis. To start the clock wise acceleration of the "eccentric load" of mass all over again. Please take notice that the phase wave is not symmetrical.

In 1915; for linear momentum, Amalie Emmy Noether found the laws to be invariant to continuous translations in space. For angular momentum, the laws are invariant to rotational symmetry transformations.

Amalie Emmy Noether's are only "valid" and "only work" for symmetrical operations of systems about a center axis of rotation.

This web site; Supersymmetry.com introduces two "eccentric load" of mass distribution systems of "eccentric load" of mass (fermions) about a center axis of rotation, one system is rotating clock wise and the other systems is rotating counter clock wise, with both systems contributing to a common center, of point of acceleration. Each of the systems "eccentric load" of mass (fermions) peaks with the greatest radius for its respective center axis at one hundred eight degrees, and in unison each of the systems "eccentric load" mass (fermions) revolve closer to their respective center axis at zero degrees. This "eccentric load" of mass distribution systems moves (translates) the entire system in a linear direction. This is a "violation of the conservation of angular momentum." Amalie Emmy Noether theory is for "symmetrical operations only."

Macroscopic Experimental Proofs; of Control of Orbital and Spin Dynamics, in the Higgs Fields, Dynamic Functions are represented in the following video's. 1st video System moving on the Surface Tension of Water, it is also displayed on youtube, enjoy it here first. 2nd video is the lower view of the armatures revolving inside the stator wall; to observe cylinders of steel (eccentric load mass) compress the spring at 180 degrees of the electromagnetic system, due to the increase in "eccentric load" mass from kenetic energy, macroscopic observable effects of the kenetic energy in motion. The next 9 videos are the Test Flight with Zero Gravity Corporation, in November of 2011. The next video is the system in a water tank, Buoyancy Test. The last video the 65 pound system moving on a level surface of a table top.

Supersymmetry (SUSY). An alternative to the Standard Model of particle physics in which the asymmetry between matter particles (fermions) and force particles (bosons) is explained in terms of a broken supersymmetry. Supersymmetry predicts that at least five types of Higgs bosons exist. Supersymmetry resolves many of the problems with the Standard Model, and the evidence for super-partners are a product of "eccentric load" of mass acceleration about the center axis of systems described in this web site, that move the system from "eccentric load" of mass, rotational acceleration of the fermions that generate systems motion, (kinetic energy equals one half the mass times the velocity squared).

Gravitino The superpartner of the graviton. When supersymmetry is broken the gravition become massive, and the splitting of the gravitino and graviton masses sets the scale of all the superpartner masses. Since the graviton remains massless, the gravitino mass is the basic mass scale of the broke supersymmetric theory.

The Higgs is important not for what it is but for what it does. The Higgs Particle arises from a field pervading space, know as the "Higgs field." Everything in the known universe, as it travels through space, moves through the Higgs field; it's always there, lurking invisibly in the background.

Michael Faraday convinced physicist to think of fields as real physical things rather than as calculational devices.

Supersymmetry is the surprising idea, or hypothesis, that at the deepest level, for the ultimate or final theory, the laws of nature don't change if fermions are transformed into bosons and vise versa.

The fermonic or bosonic nature of particles comes from their spin, and spin related to quantum theory and special relativity, both of which in turn involve space and time in their formulation. The formulation of supersymmetry must also involve space and time as well as interchange of bosons and fermions.

M/string theory is as testable as F=ma

If we allow for new "fermionic" dimensions, then it turns out that one more symmetry can exist--and it is supersymmetry.

The possibility makes it easier to think about having a theory with a symmetry under interchange of bosons and fermions--that is, supersymmetry.

Possibilities for the dark matter have been suggested. More dark galaxies reveal themselves.

At times it is thoughtful to think of supersymmetry as a space-time symmetry, but in an extended space-time, called "superspace."

Once superspace was formulated, we immediately thought of using it as the basis of generalized geometrical theory of gravity, "supergravity." Supergravity incorportes general relativity, and extends it. The graviton that mediates gravity is predicted to have a superpartner, the gravitino. Let us now remember the equivalence principle [RELAT] In general relativity, the principle that the observed local effects of a gravitational field are indistinguishable from those arising for acceleration of the frame of reference. Let me add straight line acceleration or rotational acceleration.

In the supersymmetric theory of graviton, the quantum of the gravitational field, has a superpartner gravitino. Both are massless in the unbroken theory, but the gravitino becomes massive when the supersymmetry is broken. The gravitino mass the characterizes the size of supersymmetry breaking, all the other superpartner masses are proportional to it.

Particles come in two types: The particles that make up matter, known as "fermions," and the particles that carry forces, known as "bosons." The difference between the two is that fermions take up space, while bosons can pile on top of one another. You can't just take a pile of identical fermions and put them all at the same place; the laws of quantum mechanics won't alow it. That's why collections of fermions make up solid objects like weight benches and planets: The fermions can't be squeezed on top of one another.

Bosons don't take up any space at all. Two bosons, or two trillion bosons, can easily sit at exactly the same location, right on top of one another. That's why bosons are force-carrying particles; they can combine to make a macroscopic force field, like the gravitational field that holds us to the earth or the magnetic field of the earth that deflects deadly cosmic rays from our sun.

Physicists tend to use the words "force," "interaction," and "coupling" in practically interchangeable ways. This reflects on the deep truths uncovered by modern physics: Forces can be thought of as resulting from the exchange of particles. When the moon feels the gravitational pull of the earth, we can think of gravitons passing back and forth between the earth and the moon.

Aside from the Higgs, we know four kinds of forces, each with its own associated boson particles. There's gravity, associated with a particle called the "gravitons." We haven't actually observed individual gravitons. However can observe the effects of kenetic energy "1/2 Mass Times the Velocity Squared," with respect the the systems moving from rotational energy in this web site videos.

The particles associated with electromagetism are called "photons," which we see and use directly in our everyday life, visible light, radio waves, cell phones bars on your cell phone, etc.

There is the strong nuclear force, which holds quarks together inside protons and neutrons; its particles are charmingly named "gluons." The strong nuclear force is very strong, and interacts with quarks but not with electrons. Gluons are massless, just like photons and gravitons.

The weak force comes with three different bosons, the neutral Z and the two charged W's.

The Higgs is fundamentally different from all the other bosons. The Higgs boson is a form of matter named after on of the physicist who first considered the possibility. It forms a field, something like a magnetic field/or (Higgs mechanism) that is composed of photons/or gravitons/ or gravitinos that fills all of space. The idea of the Higgs boson, ad the way in which it gives mass to other particles in nature dervies from many sources in other fields of physics as well.

Fields have a value at every point in space, and when space is completely empty those values are typically zero. Fields like the gravitational field sit quietly at zero when space is truely empty. If the gravitational field or the electromagnetic field sit quietly at zero, then space is truely empty. If the gravitational field or electromagnetic field is at some other value, they carry energy, and therefore space is not empty, as it is the Higgs field occupying the entire universe.

The Higgs field is different, and it can be zero or some other value but it doesn't want to be zero, it sits at some constant number everywhere in the universe.

Empty space is full of the Higgs field, just a constant field, sitting quietly in the background. It's that every present field at every point in the universe that makes the weak interactions what they are and gives masses to elementary fermions.

What gives particles mass is the Higgs field sitting quietly in the background, providing a medium through which other particles move, affecting their properties along the way.

The Scientific Community firmly states that Gravitons are only produced by the gravitational interactions, however Einstein will take control back again, to point out the Equivalence principle.

Equivalence principle [RELAT] In general relativity, the principle that the observerable local effects of a gravitational field are indistinguishable from those arising from acceleration of the frame of reference. Also know as Einsteins's equivalency principle; principle of equivalence. First of all it must be realized that we can actually dispose of the idea of gravity as a "force." Imagine standing in a small room with no windows. You notice that your feet are pressed firmly against the floor. Holding an apple out in front of you, you let go, and the apple falls directly toward the floor with a constant acceleration. Suppose that, unknown to you, this room were actually millions of miles out in space extremely far from any source of gravitation. Also suppose that, unknown to you, underneath the floor there were a powerful set of rockets with a very large supply of fuel. If the rockets had been turned on ever since you had been mysteriously placed in the room and if there were no noise or vibration from the rocket engines, they would be producing an acceleration of the entire windowless spaceship that would delude you into thinking that you were at rest in a gravitational field.

The four forces of nature, gravity, electromagnetism, and the strong and weak nuclear forces are all based on symmetries. The Higgs boson also carries a force; but it's not what gives particles masses, that's the Higgs field in the background, and it's not based on any symmetry. As mass moves, relative to us, it acquires additional energy of motion, known in physicst's jargon as kinetic energy. It acquires just a little kinetic energy if it moves slowly. But the kinetic energy becomes greater and greater as the particle moves faster and faster.

For kenetic energy, the acceleration of fermions are responsible for the forces are translations (changes of position) and rotations (changes in orientation) but also in four-dimensional space time, not just three-dimensional space time.

Gravitons do interact with gravity themselves; because everything interacts with gravity, but for the most part gravity is so weak you wouldn't notice. Things change when you collect a large amount of mass to create a strong gravitational field or; things change when mass is accelerated, the acceleration of mass, increases the mass, Kinetic Energy [MECH] The energy which a body possesses because of its motion, in classical mechanics, equal to one half of the body's mass times the square of the speed.

The United States Patent number 5,473,957 system's displayed in this web site and youtu.be, are systems rotating moving in the Higgs field; (through space and time) set up vibrations in the "Acceleration Fields," the Higgs boson comes along, a vibrating wave in the Higgs field, they set up vibrations in yet another field, in this case the "Acceleration Field." That's how a Higgs can turn into Gravitinos; first it turns into virtual charged massive particles, and then they quickly convert into gravitinos, that collect on the mass of the rotating systems's various parts, various fermions parts of the system are accelerating faster than its opposite counter parts - that has revolved in closer to the center axis of origin of acceleration, than its opposite counter parts that has next accelerated with a greater radius and velocity (thus generates more kinetic energy due to the increase in velocity), resulting in the center of gravity of the total system to move in the direction of the greatest radius and velocity from the center axis, that generates more kinetic energy due to its increase in velocity about the center axis. Furthermore, if parts have taken one step in the macroscopic fermionic dimensions and then step back again as various parts in uniform motion, move closer to the center axis, you will find that the total system has moved in ordinary space or time by some minimum amount. Thus the motion in the macroscopic fermionic dimensions is tied up, in a complicated way, with the ordinary motion of the total system, by kenetic energy accumulating on the fermion parts due to acceleration, and this kinetic energy can be measured, one half the mass times the velocity squared.

Please observe within this web site total systems, that have two systems within; one system rotating clockwise and the other system rotating counter clockwise, moving the total system from "eccentric load" of mass distribution of each system being greater in radius from the center axis of the systems at one hundred eighty degrees, the systems are uniform at one hundred eighty degrees, and the mass distribution of each system being less in radius systems are uniform at zero degrees - from the center axis of the system, (see United States Paten Number:5,473,957 for details of systems operation). Macroscopic Systems' Space-Time Picture of Systems' with Chirality "R" Clock wise and Chirality "L" Counter clock wise.