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SPACE DIMENSIONS :. |
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Posted Jan 06.05
Scientific authorities contend that the fourth dimension is a concept of purely abstract mathematics, and no human intellect can possibly visualize a tangible hyperspacial structure.
The natural reflex of lay people to proclamations from Olympus is to believe the gods without question --- especially if you don't know what they are talking about. If you can resist your Unconscious reflex to suspend your disbelief, however, your critical faculties will be aroused to demand an explanation. And you want to be told in terms you can understand; an explanation you can't understand is no explanation at all - like being paid money you can't spend.
An expert can't explain anything to you unless he knows what you can understand. Therefore, it is necessary for you to tell the exegist what you know before he can begin to tell you what he knows. So, how do you tell the expert where you are coming from without drawing a detailed map of your entire life territory? The expert sees what you know by the questions you ask him. Now you may wonder what kind of a question tells what you know, already. The right question to ask for a comprehendable explanation is the question to which you already know the answer; any other question will elicit a reply that can only confuse the matter. You can prove the practicality of this tactic by observing what happens every time your child asks a question without knowing what he is talking about. If you can't think of a question that you can answer immediately, ask a question for which you know how to find the answer. You can always find the answer to your question if you ask what the mystery does and what you can do about it? Directions you can understand but cannot implement mean that the matter is of no concern to you, so you are only wasting your time by investing more than idle curiosity. Anyone who can't give you directions you can follow doesn't know what you are talking about, and probably doesn't know what he is talking about, either, so you are only wasting your curiosity, never mind your belief. The main importance of knowing the answer when asking questions is that you also know when you are being answered truthfully, or you'll find out soon enough.
Ah... so! A good question for starters is what are the identifiable characteristics of hyperspace that make it different from the ordinary garden variety of real estate where you hoe for a living. By strict mathematical definition, at least four dimensions are required in a space that can hold more than one (tridimensional) volume in the same place at the same time. All you have to do to find hyperspace is put two things in the same place at the same time --- and there you have
hyperspace, already. See how easy it is to understand the inconceivable when you ask questions you can answer?
Now, you are thinking that I am trying you for a fool. How can you put more than one thing in the same place at the same time? The directions cannot be followed; therefore, my own precepts prove I don't know what I am talking about. Trust me, and follow my directions.
The professor demonstrates the fourth dimension to undergraduates by placing an object on his desk, then replacing that object with another object. This is supposed to show that two volumes can occupy the same volume at different times,
proving that time is a fourth dimension. Do you see where the professor is breaking the rules? The mathematical definition specifies that two things must occupy the same place at the same time before the space can be hyper; occupying the same place at different times is not the same thing, at all. It is flabbergasting that profs have been bamboozling students for nearly a century without anyone blowing the whistle; anyone presenting this case in law school would be cashiered as soon as everyone realized he wasn't kidding.
If you want to see real hyperspace, take one very level teaspoon of coarsely granulated sugar and one very level teaspoon of water. Now, drip the water onto the sugar until you have one heaping teaspoon of mixed solution. VOILA! you are
looking at one teaspoonful of 80% pure hyperspace in your hand.
How 'bout that, Mr. Spielberg?
You will object that the water is merely filling the empty spaces between the crystals and the molecules of sugar. And there you have it. You have just discovered the principle of hyperspace. Genius is simply a matter of recognizing what you
are looking for when you find it.
You have just demonstrated that it is possible for two material volumes to coexist in the same space at the same time if they are not continuous. In other words, a continuous space is tridimensional, but a discontinuous space allows another
discontinuous space to occupy the discontinuities, thereby answering the mathematical definition of four-dimensional hyperspace. Discontinuous space-time is what the Quantum Theory is all about.
The molecules of a solvent do not have enough empty space between them to contain the molecules of a solute without some increase in the volume of the solution; the amount of additional space occupied by the molecular intermixture varies according to the kind of molecules. There is, however, enough space between atoms for another kind of atoms to occupy without increasing the volume of their sum. The proof is found in gas chemistry; when 44.8 litres of hydrogen is burned with 22.4 litres of oxygen, exactly 22.4 litres of water vapour is produced. When the volume of oxygen is chemically combined with the volume of hydrogen, the compounded mixture occupies exactly the same amount of space as the smaller volume of atoms. Chemistry, you see, is the applied science of hyperspace. (*1)
A solution is not only a discontinuous structure manifesting four-dimensional properties, but the molecules comprising a solution are also so thoroughly mixed that any sample contains the same information that any other sample holds, and the information of any sample is identical to the information of the entire volume. A structure that contains all the information in every one of its parts, and all parts has the same significance as the whole, is called a hologram. Solutions are the original holograms and holograms are hyperspacial structures.
Although the Greeks had words for wind, some writers say the Greeks were unable to perceive the existence of still air.
Likewise, hyperspace remains unknown to science simply because it is manifest as the oceans of air, water, and light we live in.
Einstein established the concept of the fourth dimension as a popular scientific fact, yet, he persisted in thinking of space-time as a continuum. You have just seen for yourself, that it is impossible to contain four dimensions in a continuum. It is the contradiction between Einstein's calculations and his beliefs that made him express his Theory of Relativity in words impossible to comprehend. Contemporary with Einstein, Max Planck plotted the four-dimensional coordinates of atomic space while continuing to express himself in tridimensional concepts. And so the two seminal genius of modern physics argued across the dimensional gap all their lives, unable to reach an agreement.
Have you ever seen a three-dimensional square?
A square is a two-dimensional figure, by mathematical definition; therefore, a three-dimensional square must be a contradiction of terms.
A space that can contain more than one plane structure on the same plane at the same time answers the mathematical definition of a hyperplane. Actually, no one ever made this mathematical definition until now; nobody thought such a definition would ever be needed.
Now, project a photographic diapositive slide onto a screen. The image you see on the projection plane is two-dimensional, isn't it?
Now, project another image onto the same screen at the same time and look at the inconceivable mathematical impossibility, two perfect planes in the same perfect plane at the same time. The perfect hyperplane is physically possible because light is the very discontinuous wave phenomenon by which Planck discovered and proved the Quantum Theory.
Make this demonstration in school to show your colleagues the five stages of psychological repression when the prof flips into a Freudian crash - provided, of course, that you have already decided you don't need an academic degree to support your sex life in the style to which she wants to become accustomed.
*1 Hyperspace can be deduced from the Pauli Exclusion Principle; to wit, two particles cannot occupy the same energy level at the same time. Exclusion is the effect of phase opposition. Atoms in phase harmony, however, can occupy the
space at the opposite phase of the other. A chemical explosion occurs when a shock flips the atomic vibrations out of phase harmony, causing them to repel each other.
Mathematicians define a four-dimensional hypersphere as a ball containing every point in its volume on its surface. In other words, a hypersphere is a globe that is all surface, inside and out. If you are baffled, it is simply because you are unfamiliar with the verbal statement. You have made hyperspheres all your life without knowing it by so many words; nobody told you that regular fellas make a hypersphere every morning because nobody thought you had to know, so the concept was not included in high school family planning courses.
Take a sizable piece of tissue paper. It is practically all surface and practically no volume, isn't it? Now, crumple it into a ball. VOILA! You got the whole hypersphere in your hand.
The wad is all surface, inside and out, isn't it?
Books are all surface, inside and out, and no words are so plane as the written word. Libraries are filled with four-dimensional hypervolumes. Whereas oral communication can be processed in Consciousness as small as four dimensions, the
written language resists reading by minds no greater than four dimensions. This is why Johhny can't read after graduating from high school.
Physicists are puzzled by the way some particles disappear at one place and reappear elsewhere, with no trace of passing through the intervening space and time. They say that locations widely separated in real space are adjacent to each other in the fourth dimension. The concept of wormholes is postulated to account for jumps through warps in atomic space-time; a wormhole is nothing but a quantum jump that doesn't know when to whoa.
Now, if you look at the wad of paper in your hand, you will see that points separated by considerable surface distance are in contact. You are holding a handful of wormholes.
If you could compress the wad to atomic density, every point on its surface would be practically in contact with every other point on its surface at the same time, making the entire wad into one humungous wormhole. Quantum jumps occur on the atomic scale simply because an atom is all wormhole. A structure containing every point in contact with every other point is a hologram. (*1)
The human brain has more surface for its volume than the brain of any other creature.
It is necessary for the human brain to have a high ratio of surface to volume because the human nervous system operates at a high electrical potential. Tesla proved that a voltage moves to the surface of its conductor as its charge is raised. If the human brain does not have enough surface to contain its charge within its inefficient dielectric, nervous electricity will arc and the body will go into convulsions.
As the human brain increases its surface, the operation of the human mind evolves from tridimensional activity to quadimensional activity. The mental faculty for fine-focus is actually splitting hairs to the fourth dimension. As a focussing faculty, language comes to us from the fourth dimension. We have dominion over the beasts of the field because language raises human consciousness to a dimension above all the other animals. If time is a higher dimension, then we rule the planet because we are conscious of time, also; words are timed.
The ability of the brain to associate ideas that are widely separated by a line of logic is a manifestation of wormholes in the brain - so you really do need holes in your head.
The TAO says that a cup holds its contents by virtue of its emptiness. An absolutely empty cup is all surface, and that is the end to which the human brain is evolving. Empty space is all surface, as you can prove for yourself by simple palpation.
The ambient electromagnetic field is the Universal Mind of God that has raised its voltage beyond the capacity of a material brain. Now you can see that your very own mind becomes the legendary Divine Cup when it is perfectly empty, and your own Consciousness is the very Holy Grail sought by all the more or less steined philosophers.
* Now that you know a hologram is the product of infinitesmal division and perfect distribution, you understand that every point-event in the universe is in immediate contact with a REPLICA of every other point-event in the universe. Particles don't jump through wormholes; quantum jumps are an illusion created when a particle accelerates above detectability (i.e.light speed) by drawing energy from another particle already above light speed. When the drawn clone drops into detectability below light speed, the perceived effect is identical to a single identified particle that disappears in one place and reappears instantaneously in another.
Every time you slice a ham for sandwiches, you increase the surface of the meat without adding anything to its volume.
Ultimately, your ham is all surface and no volume. Since a hypervolume is all surface, division to finality is the physical operation that converts a tridimensional volume into a quadimensional surface. The single slice of ham in sandwiches sold on the Canadian Pacific Railway, fifty years ago, was shaved so thin that it was practically four-dimensional. Fine division transforms space from a continuum into a discontinuum.
Fine division is what quantum physics is all about.
The elemental substance of hyperspace is discovered by gradually dividing a volume until it becomes a mathematically perfect plane. We shall proceed with this process by way of a DEDANKEN experiment to discover the perfect four dimensional element.
Planets appear to be solid, tridimensional bodies, as in rigid, but this perception is mistaken. A planet is an exceedingly viscous fluid under the pressure of its own gravity, and it is centripetal force that molds both planets and raindrops into globular shapes. If a giant planet like Jupiter were divided into a few parts, all the segments would eventually collapse under gravity into balls. The plastic planet is actually a mixture of molecules in more or less solution, and you have just proven that a solution has more than three dimensions, although not quite four. Life as we know it, and everything in it, is in between three dimensions and four.
If one of the planetary segments were subdivided progressively, a critical size would be attained when the cohesion of the material exceeds the force of its gravity so that it won't collapse into a ball. At this critical size, the planet becomes transformed into a chunk. Subplanetary debris is the nearest thing we have to ideal (tridimensional) volumes that will congregate by their mutual gravitational attraction.
Trispace is the proper province of gravity, and it is by gravity that the trispacial world is described.
Dividing the planetary chunk into smaller pieces does not produce a congregation of smaller chunks as one may expect from a general understanding of gravity; up to a certain distance, minute chunks effectively repel each other. Over the course of time and continued subdivision, the chunks become a belt of cometary debris extending around the entire length of the orbit.
This observed phenomenon reveals that subdivision of a material body to a critical size releases a seemingly mutually repelling force that eventually overcomes gravity. (*1) As trispace is gradually converted into hyperspace by dividing chunks into crystals, electromagnetic forces become manifest until gravity is supervened. Quadspace is the proper province of the electromagnetic field which defines it.
Subdivision of a chunk eventually reaches another critical size where individual crystals are defined. When the elemental crystal is divided, it ceases to be a crystal by reduction to a clump of molecules. The molecular clump can be divided until a single molecule remains. At this critical size, one more cut destroys the molecule into free radicals. After the radicals are sectored into electrically active atoms, the next cut demolishes the atom into particles. Eventually all particles are reduced to electrons; the electron is pure electricity. Notice that the electrical force and particle velocity increases inversely with size.
The final sectioning transforms the massless volume of the electron into photons. A photon is defined by mathematical physicists as a plane particle. In other words, a photon is all surface with no volume. When a tridimensional space is subdivided into its elemental photons, all of its volume is reduced to an infinite surface. At this point, the space is wholly transformed from three dimensions to four. (*2)
The empty space of the universe is chock full of nothing but photons. Therefore, empty space is absolutely pure, hypersolid, Grade A, Government Inspected hyperspace.
Four-dimensional structures manifest merely two dimensions in trispace (*3); all surfaces are the two-dimensional projections into material form of four-dimensional empty space.
All surfaces are planes. All planes are pure energy. All energy is carried by photons. Photons are the agents of all transformation and transmutation. Therefore, all activity, chemistry, electricity, and change occurs on interfacing surfaces; this is why chemical reactions are accelerated by fine division. The geometry of energy is the mathematics of alchemy.
When Einstein proved that time stops at light speed, the corollary that light speed is equivalent to infinite velocity also proves that light speed brings everything in the universe into immediate contact at the same time. Since the electro-magnetic field has light speed, every part of it is everywhere at once. In other words, all space everywhere satisfies the definition of a hyperspacial hologram and everything in the universe is in intimate contact with everything else through
cosmic wormholes. Since the atom is a part of the universal hologram, every atom must contain all the information of the entire universe. No wonder there is no end to subatomic particles.
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