Werk:Aufdeckung missender Geheimnisse über Magnetismus/Das missende Geheimnisse der räumlich-räumlichen Geometrie
The missing secrets of XYZ-axis spatial-counterspatial geometry of dielectricity, magnetism, electricity, and gravity
- Das missende Geheimnisse der räumlich-räumlichen Geometrie der XYZ-Achse von Dielektrizität, Magnetismus, Elektrizität und Schwerkraft
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The most common are those who watch and observe, and profit from invention and discovery; are intrigued by its discoveries. The second most common are those who dissuade others from invention and discovery, and try to prevent them both mentally and physically from discovery claiming: ‘this can lead to nowhere’, or ‘that course is a dead end, there is nothing there.’ The third most common are greedy and lustful inventors who desire only fame, profit, and acclaim, nothing matters but any angle that can be exploited to be used to exploit others for their own ends. Discovery is not an ends to these people, only a means to exploit others.
The fourth, and most rare are those who do not care about the first three types of people; these rare few have a vision or visions andare hell-bent to uncover the mysteries of the universe, not out of desire for profit or fame or empirical motives, but the only pure, noble, and righteous intent, that being pure discovery and understanding as its own ends. The expansion of comprehension and wisdom”. – Author
When dielectricity is radial along the Z-axis, there is low pressure circulatory XY-magnetism. When dielectricity is accretional along the XY-axis in a solenoid, permanent magnet, electromagnet, AC lines, there is dielectric distension and magnetic high-pressure jets that circulate perpendicular to the dielectric inertial plane. (However opposite, but appear as perpendicular due to the binding system pressure geometries).
Anytime there is a XY-axis dielectric accretional formation, there is a hyperbolic conjugated spatially increasing Z-axis of centrifugal and centripetal magnetic flow as idealized in a magnet or AC current in the opposite direction of transmission. (Figures 1,2,3 below).
A counterspatial dielectric ‘sphere’ or volume is radial and electro-torsional, if increased and trapped, as in the case of electrification or a magnet; it is a centripetal, toroidal XY-axis inertia plane geometrically. A spatial macro-magnetic ‘sphere’ or volume is circulatory and spatio-accumulative if increased and trapped, as in the case of electrification, or a magnet; it is centrifugal and centripetal (polarized), and a double hyperbola geometrically, and a Z-axis accumulative-formative toroid. To understand a magnetic spatio-accumulative Z-axis toroid, occurring simultaneous with a dielectric counterspatial-accumulative XY-axis (flattened) toroid is a fundamental necessity to understanding both electrical current and the geometry of magnetism.
Below: Left, looking inside a magnet showing the dielectric inertial plane in green and the reciprocating magnetism along the Z-axis expanding spatially as polarized in spin (however this polarization is a spatial reification of distension). Image 1 showing current around a pair of AC lines, however as mentioned before, this same geometry applies to a permanent magnet if you connect the two AC lines that are the felly of the dielectric inertial plane you have the geometry of a permanent magnet. Image 2 showing the same AC current / spatial-counterspatial geometry of a magnet. The closer the felly radius of the dielectric plane (in AC lines) the greater the dielectricity, and likewise the less magnetism between the lines.
Dielectricity is either the radial centerpoint upon which dielectro-electromagnetism geometry exists, or dielectricity is the radial accretion disk of sheer magnetism. In both cases, dielectricity is centripetal and conjugates electricity, or magnetism, or both, or in strong enough fields, creates matter itself, and is likewise, the basis of and in actually what is incorrectly called the “strong nuclear force” of which the mass particle is comprised.
Dielectricity conjugates radially and centripetally along the Z-axis in dielectro-electromagnetism where electricity and magnetism reciprocate as a vortex toroidal accretion disk along the X-Y axis. In the case of magnetism, dielectricity centripetally moves along a XY-axis as an accretion disk as magnetism moves centrifugally and centripetally along the Z-axis and spatially in a curvilinear motiontowards centripetal return. In further retroduction, in the case of magnetism, the point at which the dielectric XY-axis meets, given sufficient electrification, is the point at which mass is formed.
Below: Left, current moving thru lines in the opposite directions, causing magnetism to push alternating directions of current lines apart, this is the same phenomena seen in high power AC lines. Right, current flowing in the same direction, causing the lines to be pulled close together. Likewise happens in AC lines with there is too much dielectricity running thru them.
In terms of dielectro-electromagnetism vs. magnetism, the counterspatial component must exist at the Z-axis in the case of dielectro- electromagnetism, or at the XY axis in the case of magnetism in form of an accretion disk. In both cases, obviously, the movement is centripetal and inductive, or inversely, the EM components induce capacitance upon the dielectric, as in the case of dielectro- electromagnetism where perpetual reciprocating induction occurs in its natural and hyper-stable geometry.
In deduction, the radial centripetal dielectric can only exist along 2 simultaneous XY axes in the state of a magnet, solenoid, or matter itself, where the gravitational or mass geometry expands curvilinearly upon and along the Z-axis in accumulation.
A strong alternating magnetic pulsation along a magnetically ‘trapped’ dielectric accretion disk is the creation of matter.
Below: Left, a solenoid, and right a solenoid cross-section with magnetic flow shown in red.
Dielectro-electromagnetism is on the counterspatial radial Z-axis and has electromagnetism at the spatial XY-axis. As electromagnetism centrifugally reciprocates along the dielectric axis, dielectricity centripetally pulsates (is induced) and radially propagates. This mutual reciprocating coaxial geometry is natures most stable, and most common form of energy transmission. Magnetism at the circular spatial Z-axis has dielectricity at the counterspatial inertial plane of the XY-axis. Electricity at the radial Z-axis has magnetism at the spatial circular XY-axis. Electrification, or formation occurs at the Z-axis at which magnetism reciprocates along the X-axis upon the dielectric reflective Y- axis.
Gravity is at the counterspatial (directively, but accumulatively spatial, as mass) all-P radial-axis with magnetism, electricity and dielectricity comprising every point within its sphere. As mass centrifugally accumulates, gravitation centripetally reciprocates within the expanding radius of its field.
Below: Left, magnetic field flow around radial AC current lines, current moving in opposite directions. Image 4 shows magnetic field flow around a current moving in the same direction. Image 5 showing the dielectric inertial plant in parallel to the solenoidal windings and the resultant circular magnetic field flow around and thru the solenoid.
Polarization of the radial centripetal counterspatial dielectric along the XY-axis as in the case of a magnet, or AC current (figure 1), or a solenoid (figure 5), causes magnetic high-pressure circulation along the spatially increasing Z-axis (figure 2). This spatial distension of the dielectric in electrification which is by nature counterspatial, causes increasing macro-magnetic preponderances as is the case in a permanent magnet, electromagnet, solenoid, AC current and likewise.
When dielectricity is allowed to propagate along one radial axis (figure 4), magnetism is circular and of low pressure, as in the case of DC lines or conventional stable inter-atomic volumes where dielectro-magnetic volume are both in equilibrium.
The missing secrets of this geometry as pertains gravity will be revealed in another work, suffice to say that since the “strong nuclear force” in fact is dielectricity and comprises much of all atomic matter, and while magnetism provides the magnitude to mass, the overwhelming predominance of any mass is an enormous amount of dielectric energy which, like gravity is centripetal.
No part of electromagnetism (incorrectly thought of) is in one or two planes, both operate in a spiral vortex. Conjugating pressure spirals of oppositional movement define all wave-fields. It is likewise, as stated, impossible for “electromagnetism” to exist without a center radial dielectric conductor, acting as counterspatial axis for EM reciprocation.
Below: The conjugate relationship of and between magnetism and dielectricity in different current and carrier phenomena.
Below: Showing strictly the field geometries inside a permanent magnet. However also this would be the same geometry if one were looking down a pair of AC lines to infinity. However, while the axis vectors would be different in the AC lines, the field geometries would be identical in appearance.
Below: The magneto-dielectric archetype, seen face on. Edge on you would be seeing the dielectric inertial plane with magnetism passing thru the axle, also the aperture of greatest centripetal return pressures. However dielectricity is purely centripetal and counterspatial. The wheel is a near perfect archetype of how both are conjugated in nature against each other, and operate in a binding system.
Below: Diagram 6 showing AC lines and bottom showing current in the same direction. Right, magneto-dielectric field-line archetype seen edge-on as per the dielectric, and expanding vertically along the Z-axis is the reciprocating conjugate magnetism. This is the archetype of field incommensurability. Self-similarity and inverse spatial-counterspatial field mechanics.
