|
ALCHEMICAL MANUAL for
this MILLENNIUM, index.html HOME PAGE
CHAPTER 6
FORCE IS A FEATHER____________________page 58 You now have the essential knowledge of work and force. Step by step you can unravel the puzzle of magnetism, electricity, and force. As you work in the fields you may have a faint memory of the ancient god figure of Quetzalcóatl, the plumed serpent. As the soft breezes blow through your shutters, sit quietly and meditate, imaging colorful magnetic circles. Remember stories told by the art of weavers, winding one colored thread over another to reveal the creation of the world. Understand how beautiful colored bird feathers became a symbol of the links between earth and sky. Vagaries aside, open your mind and attention to the interweaving tapestries of the fields. It is necessary to begin with tedious reviews so that mental processes can bring clarity to the diagrams of the activity of forces. The S Field is equal and opposite to the T Field and visa versa. The two fields must always stand side by side in equilibrium. Any action in one field will be met with equal and opposite action in the other. The forces of CLOSURE and expansion are your primary forces. Space tori form around both S and T Field predominant particles. Space tori also form around fields carrying signals (which will be discussed in the chapter on light). Space tori evoke the mechanical forces that provide power to your industries. Tori also move continents, build mountains, and blow the rain clouds over your crops. A space torus forms around every motion, every force, and form in accordance with the "right hand rule." The black arrows, indicating T Fields are used for clarity, but wherever there is a T Field flow, there will always be an S Field flow in the opposite direction indicated by an open-dashed arrow. An N direction of a magnet's flow indicates a T Field flow in that direction. A circle with a dot in it means a flow coming toward you out of the page, whereas a circle with an x in it, or a single x, means a flow going away from you into the page. An iron atom finds energy of motion within its nucleus. The center of any atom is of a high octave and responds to a signal from a high octave energy source. The signal in an iron atom causes it to develop a space tori with appropriate rotation and charged particles. The rotation and alignment of these iron atoms in an iron bar act like an engine that drives the surrounding fields through the fine channels of the iron crystalline lattice. The T Field is driven out the N end of the magnet, the S Field is driven out the S end of the magnet. Illustration 6-1 shows a diagram and circulation of a space tori. Such a diagram is helpful in mapping out the position of directional forces. Always remember that a tori will show a primary circulation in the opposite direction of the motion that stimulated it. Illustration 6-2. The flow of field in the magnet causes space tori to form along the length of a magnet and around each field line flowing in its looped flux pattern. The presence of the space tori guides the loops from one end of the magnet to enter the opposite end. Historically, this action is illustrated by a serpent taking its own tail in its mouth. Ancient images from Teotihuacan in Central America depicts the serpent with feathers surrounding its neck. It is called the plumed serpent who manages the wind. Other serpents are shown with two heads facing each other or two snakes intertwining. Feathers illustrate the presence of the surrounding, circulating space tori that translate orbital current into force. Each compatible space torus in and around the magnet joins together in overtones. Central currents within the overtones describe center and orbits. All orbits are fixed in place by pressures within the tori. At the center of each tori a particle will form equivalent to an electron or proton. If the orbit changes as a result of a change in position of a field flux, the particle is released to seek its own path of conduction. Refer back to Illustration 2-3, then compare what is said concerning circuit loops to what you now know about space tori. Illustration 6-3. The circuits inside a space torus establishes an equatorial plane. A primary circuit resonates to become a series of concentric circuits, alternating S Field and T Field predominance. We will call this orbital, equatorial plane our "magnetic dinner plate." The chapter on light will tell you about its colorful attributes. As current in a wire increases its voltage, the size of the torus increases. The diameter of the "magnetic dinner plate" increases. A constant flow of current in a wire shows a steady presence of rings around that wire. When current flow ceases, the rings disappear. But, even without a power source, there is always a very low level of current flow in a wire that has some path to ground. That low level of electron flow comes from electrons that form and discharge along gravitational lines. Illustration 6-4. When mankind noticed that one magnet pulled or pushed against another, they suspected that they had a clue to a mechanical world. When they found that magnetism and electricity were linked, the world changed. The new science empowered the world. Electric motors and generators came into being in the blink of an eye. Particles and magnetic flux had a strange resultant called force of motion or "electromotive force." The natural pressure of space tori are the persistent result of traveling fields. The pressures of an S Field torus are always outward, while integrating with a characteristic spin. S Field pushes; T Field pulls. When two S Field ends of a magnet are placed together, two pushing forces meet head on. In addition, there are space tori around those fields that have incompatible spins. The pressures in the tori cause a shift, a motion of avoidance, with sufficient force to move one or both of the magnets. A force was evident that man could use to help him work. Small magnets made very big news! But, until now, mankind has not realized that most of that force comes from directional pressures in space tori that manifest the necessary space-time ratios for "electromotive force." Illustration 6-5. Your textbooks show you an expression of force as it is in effect perpendicular, not only to a flow of current, but also to a magnetic flow. When a metal rod is placed between the north and south poles of a strong magnet, the rod is thrust up and out of that field flow. Pressures in the space tori in the magnet's flow acts counter to the space tori around the metal rod. Incompatible tori yield forces that push the metal rod away. Space tori are around every magnetic flow line and around every group of lines in overtone. In a place of flux between the N end of a magnet and the S end of a magnet there is a bulge in the flow because S Fields push outward. When a T Field particle is introduced into this flux, it spins to the periphery of the bulge in a spin OPPOSITE to the direction you would expect from the "right hand rule." It can be shown that small particles choose to flow in the S Field orbits of tori along their directional paths. That indicates that S Field predominant circuits have a speed and harmonic compatibility with very small particles. Illustration 6-6. Overtoning is a constant occurrence with space tori. Overtoning increases mass and CLOSURE, as two or more tori come together, acting as one, and forming a new center point. Experiments show that two current carrying wires, with currents traveling in the same direction create magnetic rings (magnetic dinner plates) that pull together in overtone. The wires attract one another. The rings are, of course, space tori that come together in overtone. Any vortex has the cohesion of overtoning in every part. It is infinite undertoning that allows a whole to replicate itself any number of times in a vortex. Overtoning and undertoning do take place in any compatible direction around tori. When lines of force and spins are incompatible and opposing between tori, internal forces of opposition push them apart.
INDUCTANCE______________________page 59 Illustration 6-7. Inductance was described by Michael Faraday in simple experiments, easy to reproduce in a classroom, yet essential to understanding the power of electric currents and magnets. Faraday wound a current carrying wire next to a dormant wire around a wooden dowel to measure what would happen when a switch was closed on the circuit hooked to a battery. Illustration 6-7A,B, shows how the experiment produced an opposite moving current in the previously dormant wire. The same happened in wires wrapped on an iron ring as shown in Illustration 6-7C,D. Heinrich Lenz, working in the nineteenth century, perfected experiments combining magnetic field motion and electric induced currents. He succeeded in showing mankind how to induce a current in a wire by moving a magnet through a wire loop. His work with small magnets led to the design of giant generators, such as you may see installed on the great dams on lakes around the world. The falling motion of water turns the giant magnets which then produce currents in conducting cables. A simple natural phenomena lights up the cities of today with electricity. The electro-magnetic relationship is the work horse that powered the industrial revolution and then went on to power the electronic communication systems that make your civilizations flourish.
Magnetic action is dependent upon the vibrational speed in equal and opposite flows of the S and T Fields. Current is defined by the motion (speed) of particles known as electrons or protons, as they are taken away from the centers of flux circuit loops. Magnetic loops create particles, but those particles are not set free unless the magnet moves, or unless the circuit loops change position. Whenever there is movement space tori are present. It could be expressed that space tori capture the "freed" particles and take them away on their own circuits. The presence of space tori around a moving magnet will induce tori in a nearby conducting wire at a speed like the initiating tori, often in an unexpected direction. The conducting wire picks up the free particles and carries them in circuit, but the conduction direction is that of the S Field tori corresponding to the south end of the magnet. Illustration 6-8 A,B,C,D shows the relationship of magnetic flux to current discovered by Henrich Lenz. The diagrams indicate the direction of movement of the magnet in relationship to the wire loop. Lenz, in his day, was not aware of the presence of the S Field itself, with its directional flow. Illustration 6-9 A,B,C,D shows the S and T Field action of the magnetic flux and also the S and T Field predominant space tori that envelop both flux and the magnets' movements. We bring to your attention that the space tori we have been describing up until now have been the tori around traveling materials of T Field predominance. These tori spin responding to T Field components of the materials and they revolve in the direction of motion. They follow the "right hand rule." Refer now to Illustration 6-9C. As you might expect, a space tori also travels around a south end magnetic flux, just as one does around a north end magnetic flux. The south end tori around a south end of a magnet will show an S Field predominance. It, too, revolves with the S Field flow and follows the "right hand rule." Now, you will see that the S Field torus and the T Field torus appear to be the same considering their directions, but they are not the same. It is important to recognize the difference in these twin tori. One carries a stronger T Field charge. They are easily distinguished by your radio antennae. When the motion of a magnet opposes the direction of its flow of flux, the flux follows the motion. Its tori shows preference to the motion of the magnet itself. The diagram in Illustration 6-10 begins with the idea of the north end of a magnet (A) approaching a wire loop (B). The magnet is in motion and therefore in the process of creating electrons in the orbit of its tori. When the magnet approaches the wire loop the electrons within the tori jump onto that wire and travel with the current flow. While the magnet seems to be approaching the wire, the wire is also approaching the magnet. Although you may not see the wire move, it is moving with regard to the motion of the field flux. There is an invisible plane (C) where the two motions in CLOSURE are apt to meet. That is the plane of equalized tension where two forces meet one another in a stand-still. Because the wire loop (B) is polarized with regard to the field in which it happens to be, all parts of the wire take a north-south direction (no matter what the metal may be). The torus of each tiny part overtones together making one large torus the envelopes the entire loop, (just as it does on the magnet). That torus circulates just as it would if the south end of a magnet were to be approaching the loop from the opposite side. Because of that, the direction of the current in the loop is as shown in (D). The force of motion of this torus is directed as shown at (E), opposing the force of motion of the magnet (A). This is the phenomena noticed by Heinrich Lenz but for which he had no substantial explanation. The events were chalked up to the idea that nature always tries to conserve energy, and that in fact, no elemental energy is ever gained or lost. Nature certainly wishes to conserve energy. Nature also wishes to make more energy at every octave level. Through agreements with the Universal fields, the ST Fields manufactures energy of its own kind.
It is easy to understand that the flux field of a magnet intercepts the metal loop adjacent to a magnet and that a flow of current can be detected in that loop when the magnet is in motion. But what is the cause of that current? Why is there such a phenomena as an induced current at all? A wire, moving in relation to a magnet and its flowing fields, acts as a whole in terms of its overtoned tori which surrounds the entire loop. As shown in Illustration 6-10, the wire finds itself to be in the same place as the center of its motion torus. It is placed in the orbital juncture of loops of the torus, exactly the place where a motion torus manufactures electrons. As motion spins the torus more electrons are produced and then cast off to be picked up by the grounded wire. The faster the motion is repeated the more electrons enter the wire. The orbital path centering a torus is both S Field and T Field, side by side, moving in opposite directions. The S Field is producing an equivalent to an electron. Each is spiraling at a specific speed and potential determined by the combination the strength and quality of the field and the motion within the field. This experiment is a clear demonstration of electrons being formed at the confluent center of such a motion tori, which then spiral off in a closed circuit. The laws governing the reasons for this have already been stated. This unique situation that produces these useful particles called electrons has all to do with field speed and vibrational harmony. Any wire, of any material, will develop a current when placed in a field flow. You do not have the instruments to detect all of them. A quartz crystal used instead of a magnet can also produce a current, but not a current of the quanta called electrons. Leaves on a tree are designed to flutter in a breeze within a gravitational field. Doing their dance, they develop motion tori energy which is then delivered to the whole tree. As the archer shoots an arrow at the target 100 yards away, an equal and opposite force jumps away from the target, passing the arrow from the opposite direction, and stabbing the archer at the same time the arrow strikes the target. It is an S Field predominant force and compatible with the human being. The archer is exhilarated by the strike, having gained new energy. How does the target know an arrow is coming? It knows by way of signals which travel faster than the speed of light. It knows the intent of the archer who has chosen a target.
A BIT ABOUT WEATHER_______________________page 61 Since the earth is continually in motion, space tori are always present around everything. New space tori are formed when speed or kinetic energy is added to an object. Space tori are a resultant, not a cause (usually), but their pressures can and do alter speeds and modify their causatives. One space tori can overlay another without changing the first, that is, unless the two space tori are in the same speed octaves with similar vibrations. Two similar tori will add or subtract from the other if they are in the same phase. Space tori are slow to shut down when their cause has ceased. Their energy feeds back into the causative action to prolong it, showing the condition you call momentum. Because S Fields rise up from the earth, buoyant particles are made airborne. Within the earth, motions of heat, circulation and CLOSURE cause currents in the GS Fields, both inside the mantle and up through the crust of earth's skin into the atmosphere. Earth's rotation causes GS Field to circulate east to west. And, the energy of the sun constantly is added to the kinetic movement of S Fields on and in the earth. When S Field moves it makes weather. Space tori are strongly effected by signals of hot and cold. Heat will cause tori to spin faster, thus imparting motion to the traveling object causing the tori. Cold will cause tori to slow down, to freeze, to diminish its diameter while increasing its pressure. Warm space tori around air and ocean currents help to distribute heat into balance around the globe. Illustration 6-11 shows the relationship between the rotating earth and its resulting tori. During the summer in the northern hemisphere, the sun penetrates the earth with signals and currents that cause air, land and sea to heat up. The sun's rays directly hit the earth above the earth's equator because of the tipped axis of rotation. Heat, added to the powerful space tori that band the equator, increases kinetic activity as summer progresses. At the equator the earth rotates at 1,041 miles per hour and moves west to east. Because the earth is widest at the equator and traveling fastest, its space tori are stronger there and diminish in a gradient toward the north and south poles. There is a strong torus around the earth's axes, both north and south. These tori are noticeable by the ringed position of aurora borealis. Space tori embrace the seemingly calm currents of the equatorial oceans.
To the north and south of the equatorial band, the winds and waters pick
up speed. And turbulent counter currents and winds, east to west, brought
travelers in small craft from Africa to the Americas on the "easterlies." Hurricanes develop in the Atlantic Ocean as heat builds up in the waters off Africa at the end of a long hot summer. Heat and space tori combine to increase the swirling of massive areas of water and air. Cells, or bubbles of field pressure, form with axes for heat transfer from ocean to air, from equator to polar regions. Illustration 6-12A shows one common location on earth where hurricanes begin during August. Illustration 6-12A shows a simplistic map of common ocean currents. Just above the narrow band of currents traveling west to east hurricanes can spawn and be carried on currents moving east to west. Illustration 6-12C, shows the top view of a hurricane wind pattern and Illustration 6-12D shows in cross sectional diagram the directions of wind and wave flows from a typical hurricane cell. Space tori, accelerated by heat, strengthen their axes. Around the primary axis space tori are tightly wound. Around the upper axis space tori ferociously winds clockwise, drawing air downward like a spout and condensing moisture from air under high pressure. At the ocean's level the air is pushed outward, thick with water and wind. The water below swells under the pressures of the S Field spins and moves waves outward in surges. The power of the storm is floated with the overtoning cell along with the water currents up the North American coastline into cooler waters where the intensity of motion in the cell is diminished. The cell is self-perpetuating as long as heat persists and land masses do not interfere. Hurricanes will show you much about the ability of space tori to sustain momentum. A storm is said to have a "low" barometric pressure. Clear weather is usually associated with a "high" barometric pressure. Air pressure and field pressure are being measured. The "weight" of air is not a factor in the readings. Barometric gauges read similarly to an altimeter, lower (more) at sea level, higher (less) as altitude progresses. There is a pressure gradient in the GS Field from sea level on upward into the atmosphere. That increasing pressure in the GS Field is because of its response to the densely packed lines of the GT Field nearing the center of the earth. A barometer is the best instrument you have to measure S Field pressures at this time. As an aside, here is a joke about a truck driver who often passed through an inspection station. Each time he approached the weighing station he would stop his truck, run around to the side and bang on the wall of the truck. Then he would proceed to drive through the scales with a happy face. Later, another truck driver, having seen him do this a number of times, asked his friend what he was up to. The first driver explained that he often drove an overloaded cargo of canary birds from Mexico to Albuquerque. By banging on the side of the truck all the canaries became airborne. Therefore, the weight did not record on the truck scales at the inspection station. You can think about that clever truck driver and ask yourself how you can expect to weigh a column of air a mile up in the sky. If a gaseous molecule is floating, what is it floating on? How can you join all the air molecules together to read out a collective weight? Why of course, they are joined by GT Field lines. But then you have to subtract the factors of buoyancy to find a weight. Can you stand under a cloud floating in a blue sky on a sunny day and get a different reading than if you stood under the blue sky? After all, the cloud has water vapor in it which conceivably is heavier. The barometer measures S Field density and is a good way to estimate weather conditions. Pressure is not the same as weight. Variations in GS Field pressures can give you a clue to how the earth works. Illustration 6-13 shows a photo of a very familiar stormy sky. Wind motion and pressure changes make for a dramatic symphony of tori, undertones and overtones, swirling and dancing in the sky above. That magnificent motion tori action produces electrical charges which congregate in damp air. Exchanges in ST Field predominances and charges will crack as lightning. Dynamic circuits suddenly move the air in rolls of long wavefronts. When an equilibrium is finally met a peaceful sky returns. If you could see S Field you could see those tori. The picture could be overwhelming if it were not understood. Space tori tend to move materials in a straight line. It is a wonder that things do not go flying off the surface of the earth. They often do in tornados. The more powerful GST Fields step in and impose their downward pull sufficiently to pin you down to the surface Collective overtones of space tori may play a part in making a planet take a spherical shape. In the formative stages of planets you have a gathering mass of materials coming together along radial CLOSURES. The earth and its solar system progress along its galactic orbit at approximately one quarter million miles per hour. The planetary axis begins a rotation in response to its parent sun. Add the progression of the earth in its solar orbit at 66,500 mph and you can see that you are traveling in the cosmos at a very fast pace, all the time with appropriate space tori. While tori line up along an axis, they also overtone into a sphere with the assistance of CLOSURE at the center of the axis. As massive materials begin to gather at a center place, the tori increase, stabilizing the spin, interfunctioning with the secondary equatorial axis in harmonic dimensions. Centrifugal force is clearly seen when a plastic body is spun on an axis. Since the pressures within a torus are equalized, they mechanically maneuver substance to travel in a straight line. The substance in a spin exhibits this force outward at a tangent to the axial spin. The stronger force of CLOSURE acts to prevent this spreading. Molten materials and gases exhibit the planar action of centrifugal force better than solid objects in a spin. Dense materials are resistant to the outward action caused by tori. Your centrifuge apparatus was designed on these principles. As the earth formed, it built up heavy materials at its center with a gradient of lighter materials toward the outside of the sphere. The heavy iron-like center accepted its assignment as the center of gravitational force, the center of cosmic breath. The secondary axis of a sphere is a primal force. It is inseparable from a primary axis. Its character is to spin as it is essentially an S Field axial plane. You must make a distinction between the secondary axis of a sphere and any space tori that is likely to occur on that spin. In the same way you must distinguish between an orbital plane and a plane exhibiting space tori. These forces all work together but act in individual ways. Space tori are the direct instantaneous result of motion in either the S Field or the T Field. Space tori can show a T Field predominance or an S Field predominance. In a case where you may have a partially isolated S Field flow, like at one end of a magnet, or in some of our propulsion vehicles where the S Field is used to maneuver around planets that are without atmosphere, the S Field flow will have a slightly T Field predominant tori. These tori have particularly strong electrical rings. They can be a factor in engineering. While tori are the result of some field action, they are the cause of other actions, many of which we have mentioned. Tori interfere with a union of CLOSURE between a traveling object and gravitational forces.
The photo in Illustration 6-14 is of an architectural detail of the Temple of Quetzalcóatl in Teotihuacan, Mexico. The wind god, Quetzalcóatl is represented by the plumed serpent. Carefully carved feathers at the serpents head curl backwards to represent the invisible space tori. The snake represents the powerful electrical properties of the ST Fields. Often, two snakes are shown twining together in regular undulation. Other carvings may show two snakes with faces butted or heads in equal but opposite directions. But, the serpent with sharp white teeth of Quetzalcóatl tells about a particular, singular field that makes the winds blow. This is not a primitive message. It is a way to teach a practically illiterate people about a very sophisticated cosmic principle. Before the building of the final temple at Teotihuacan, the cosmic principles were known, but kept secret except from a few scholars and priests who had heard of them from their fathers. Although the priesthood could read and write, they guarded their most profound secrets by the oral traditions. Through war and bloodshed, the traditions were lost, the knowledge was lost. The other mask shown in the sculptured frieze is that of Tlaloc, the rain god, who stabilized the four quadrants of creation. Through his anthropomorphic representation is seen the corpuscular structure of the ST Fields. The little squares are not corn, but field corpuscles arranged true to their usual pattern. Tlaloc is shown with four eyes and two ears in spherical shapes with holes at the centers. They are the electronic vortexes that carry the messages of light and sound and understanding. Water is honored as it falls from the sky from Tlaloc, and from Quetzalcóatl. The honoring of these gods, these principles, is recognized as prayer by the star people who have not forgotten the earnest homage of the Mixtec and Toltec people and their forefathers, and those steadfast persons who have kept the traditions as best they could throughout the centuries of deprivation and suffering. The vitality of the Space Fields and space tori returns to those of you who can recognize the real lives behind elemental principles. You are connected with those lives, those spirits of benevolence, every hour of every day. The winds that blow over your homes and fields, and brush past your sun kissed cheeks are speaking to you of what is old and what is new and now. The winds tell you about the oxygen filled seas of atmosphere in which you live. As fish lives in ocean waters, you live in seas of S Fields with oxygen and air. Winds tell you about flight and changing times, and about how to adapt to the expanded octaves of the space fields that will release you from the bondage of pain. Because of fresh oxygen produced by plants and made airborne in the GS Fields, you are privileged to breathe air and the ST fields with it. In breath you find life. As air passes into your lungs the flow gathers tori. Space tori propel the heat that drives your bodily engines with full power. Space fields fan the flames of the calorie burning of food and minerals in your body. Just as a flow of oxygen feeds a fire, space tori blow upon the coals of your bloodstream. In ancient times warriors learned to run like the wind over great distances and rough terrain. Running was their prayer and their means to strength. Their lungs enlarged for more intake to give them endurance. It was a good idea and a good lesson to follow. You may have heard of the "high" gained by a long distance runner. Notice that the design of your lungs requires flow, not just oxygen storage. Flow induces tori. The swirling tori transfer the oxygen into your bloodstream. Incidentally, the peoples of ancient South America knew all about wheels and elected not to use them. The philosophy of their leaders taught that mechanical devices crippled personal development. Wheels were forbidden to the poor. These were not ignorant, underdeveloped people. However, in those times the societies were decisively stratified. Democracy had not yet become a social option. Education was a limited privilege. Unfortunately, as has happened in many societies of olden times, when war caused the demise of the leadership, the details of knowledge were lost to the populace. How was it that the ancients of Peru and Mexico came to have such an accurate knowledge of science and astronomy? You have already guessed. The origins of those people intertwined with visitors and settlers from other stellar systems before your recorded history begins. We, the Star People, have always been teachers on your planet. We have always been instrumental in your social growth. Growth now requires a worldwide shift to democratic social structure, a shift that can stimulate the development of personal freewill. Humanity grows as a whole just as a child grows to maturity. Collective freewill is equally as important as personal freewill. When the personal and collective freewill can express GOOD as a planetary-galactic whole then the human society will have matured.
THE RIGHT PLACE AND THE RIGHT TIME_____________________page 6 When Albert Einstein tried to navigate his theories through a variety of "frames of reference," he was trying to work through the forests of octave zones associated with speeds. What happens in one octave may show little or no effect in another. Any interfacing octaves effect one another as a result of common harmonies. One octave can never obliterate another. Effective mechanical laws will only be operational in a limited group of octaves. Your mechanical studies have, therefore, been enigmatic. One space tori will not replace another. This is true because space tori are a result before they are a cause. One space tori can promote the power to move objects, produce momentum and centrifugal force. To understand space tori you must trace back to an originating source. That source is invariably an idea from a creative MIND. FIRST CAUSE is the single player who is the point fulcrum of all co-existing laws. For instance, radio signals traveling from distant stars are not obliterated by light signals crossing paths. Radio signals can be altered by other radio signals only if their frequencies match. Because this is true, you have a wide choice of radio and TV stations to tune into. A set of ST Field corpuscles can accurately respond to thousands of signals simultaneously. The radio program and the fact of its being in the field can be traced back to a responsible human being who thought about it. Space tori come and go quickly but they are also part of the signal carrying systems. Transiting signals create tori, and expand the coordinates of wave action. Their staying power sustains the experience of time. Space tori join one minute to the next, noting the signal, the power and glory of each.
Return your thoughts to Chapter 2, where magnetism and electricity are discussed. We have been introducing ideas about symmetric field physics one at a time to give your mind a way to move from one field activity to another. In Chapter 2 we had not yet talked about the effects of tori around a magnet. We must now confess that it is the specialized space tori due to motion that helps a magnet to demonstrate attraction and repulsion. Tori also release electrons that can be lured away to follow a wire circuit. Tori around a field flow swirl at high speeds, matching the field flow. Tori around a magnet in motion travel at slow speeds Mechanical force results from fields moving at slower speeds. Electrical flow is the result of fields moving at higher speeds. When combined, tori can do more than one job. Tori around a normal flux field flow has the capacity to move another magnet through CLOSURE. That motion is accelerated when tori due to motion are added. That total motion, in turn, can drive a steel axle. The axle can drive the wheels of a golf cart. An ST Field equation is stepped down for power in series, slowed down to provide the needed force. Tori around a shifting flux field flow (as when a magnet is moved) affects electron particles by slowing them, enhancing their particulate unity, and by moving them into safe passage within an S Field torus to a place of stable lodging. Mechanical force is a result of ST Field flow moving at slow speeds. How slow? What are the electromechanical characteristics of force? Motive force is assigned in the electromagnetic spectrum to having very low frequency (low voltages) and very long wavelengths (often miles across). You also understand that microwaves and heat can generate motion. The divisions of force from all field activity is not hard and fast, but flexible, and appears as a gradient. You are familiar with how a small fast gear can drive a large slow gear in order to actuate power. Tori around a heavy flywheel will sustain forceful action. It is the job of an engineer to understand how to reestablish one field equation with another in order to formulate the needed force. Yet mechanical force and alpha waves are both born of equations of the ST Fields of the electromagnetic spectrum. When you hear the word "momentum," you think of sustained action and time. The expression of T Field is time as you know it. As T Field slows into a potential point its expression of time graduates into an expression of force. A still point in time is a complete condition of force as resistance. The slowest rate that time can express is the most resistance (most pulling force) it can express. At a still point the T Field is sustained power, like an untapped reserve of energy. And yet the idea of a potential point as sustaining indicates an expression in itself which is unavoidable in the context of a universe. Without a spatial sphere, an S Field balance, the point of potential force has no definition as such. It must engage something else or not exist at all. Beyond the 'point with an address in space' we cannot speak. Time tends toward linearity and axialarity. Because of this characteristic, the ultimate undertone (accompanied by the ultimate overtone) becomes available as corpuscular radii throughout the pressure systems of the universe. The literature of the Hindu Upanishads refers to the universal design as pearls on a necklace. This visual metaphor is a true depiction of points of T Field in a cyclic expression containing (as a torus) the pressures of the S Fields. The equation between the push (action) and pull (restraint) from a point fulcrum is the measure of your force in tension, in balance. A point fulcrum for an equation is the USUT Fields extending balance to the ST Fields. That fulcrum centers a large overtone which describes an environment, a universal pressurized space in which the ST Field finds its balance. When time is expressed slowly, for instance as the atoms in a natural piece of iron ore, you have a long cycle of existence. The integrity of the rock, one atom in slow motion with regard to its neighboring atom, constitutes one speed, while the rock itself, traveling with the earth at universal speeds, has a compounded speed. The measure of force is always a matter of a handful of conditions: what with what, how and when, and how many. Your definition of "mass" can be equally as variable. All forces, both potential and kinetic, are described by sets of tori in combination, and how those tori might undertone or overtone. Force must be defined as S Field coming up against T Field and T Field
coming up against S Field and confining it. Force is not in evidence without
opposition. When the S Field or the T Field is expressed in harmonic tori,
you can see forces at work in direct relationship to motion, especially
slow motion. The tensions of unity in the T Field called CLOSURE, having been enacted from two sources, 1) the integrity of the iron bar, and 2) the separated fields drawn through the bar, show an increase by way of tori which draw upon the energy resources of the fields at large. The atomic structure of iron has the unique ability to separate fields into its S and T Field components (like dividing one road in half with a yellow line to direct two way traffic). The spinning of tori around a moving magnet add to the mechanics of CLOSURE by adding a slow speed tori around the field flow. A magnet sitting still on a table, has a tori spin always, simply because it is rotating with the earth and traveling in space. That is its basic tone (or overtone). All other tori spins will be relative to that basic tone. Any additional motion or flow will be an increase to that. And that basic tone can be compared to pressure within a universal sphere; it is multidirectional and omnipresent. There is a direct relationship between ratios of speed and ratios of pressures. This deserves careful study. When two small magnets CLOSE together in overtone, it takes a little time. It takes a little time for tori to recognize one another, to engage the fields and to adjust the potentials and speeds of a new overtone. Motion, even a little bit of motion, reduces the differences in speed between the flux field flows and the tori formed by motion, thereby reducing the resistance to CLOSURE. As resistance is reduced, motion increases, reducing resistance further. In this way, CLOSURE accelerates, once begun. The same process of tori speed escalation applies to falling objects in a gravitational field. You may have noticed that when an astronaut in a space station drops his wrench, it does not accelerate away from him, but floats about in space. Falling objects in a gravitational field accelerate in that field toward a central point of CLOSURE. The GT Field lines are flowing fast like a river. A dropped object is in resistance to that GT Field flow because its tori is spinning slowly. As it moves in the direction of the GT Field flow, the object's tori is in a position to overtone with tori around the GT Field lines. Overtoning takes time. With each increment of its fall, the tori of the object speeds up, offering less resistance to tori speeds of the GT Fields. The object falls at an accelerating rate until it reaches the speed of the flow of the GT Field. Before you can measure a cessation of acceleration, the object has hit the ground. If an object moves perpendicular to the direction of the GT Field, its slow-moving tori (like a child's waterwings) keep it afloat. The resistant tori spin in a position that prevent overtoning from taking place. The faster the object's tori spin moves in opposition to the gravitational pull, the less opportunity there is for overtoning, and in fact, there is opportunity for pushing away and out. This is simple engineering for flying craft once you know how to manipulate S Field predominant tori. For instance, tori around your helicopter rotor blades not only push air but limit the gravitational effects upon the blades, but much less upon the body of the craft. Learning to create powerful S Field tori will take your vehicles into space.
|
||