Uncovering_the_Missing_Secrets_of_Magnet

[Audio] Magnetism has long been shrouded in mystery, but today we will explore its nature, seeking a true model of atomic geometry and field mechanics through the lens of rational physics and logic. We will delve into the fascinating world of magnetism, uncovering its hidden secrets and revealing the underlying mechanisms that govern its behavior. With a focus on simplicity, clarity, and precision, we will examine the intricacies of magnetic forces, their interactions, and the role they play in shaping our understanding of the universe. Let's embark on this journey together, striving to uncover the truth about magnetism..

[Audio] The missing secrets of magnetism will be uncovered by exploring its true nature through rational physics and logic. The true model of atomic geometry and field mechanics will be discussed, guided by rational physics and logic. Electron nonsense will be dismissed, and the discharge particle fallacy will be exposed. The truth behind the electron microscope and the ferrofluid model of magnetism will be revealed. Magnetic fields will be described rationally, and compared to irrational reifications. The debate between Tesla and Einstein regarding the existence of the Ether will be explored. Counterspace, the Ether, and its role in magnetism will be discussed. The magnetic precession rates of the gyromagnetic-ratio and the magnetic pressure gradients along the golden ratio will be examined. The question of what a magnet and magnetism truly are will be answered, revealing that the'magnet' is not actually a magnet, but rather an electrified dielectric object. The natural occurrence of magnets and their relationship to the golden ratio will be.

[Audio] Magnetism, once thought to be well-understood, has been revealed to be shrouded in mystery until now. According to Ken L. Wheeler, there are four types of gatekeepers of the mind. The most common is the type that lets in everything, without filtering or questioning. The second most common is the type that lets in nothing, convinced they are always right. The third type only allows in things they like or agree with, ignoring truth and wisdom. The fourth and most rare type is the gatekeeper who judges based on logic and reason, allowing in wise and logical thoughts while rejecting irrational and unwise ones. This concept of gatekeepers applies to both open and closed minds. A completely open mind can lead to chaos and nonsense, while a completely closed mind blocks out true and wise information. The term "magnet" originates from ancient words for "magic," reflecting humanity's fascination with magnetic forces for over 5000 years. Magnetism's true nature will be fully explained and clarified in this presentation. As Wheeler notes, "Today's scientists think deeply rather than clearly. One must be sane to think clearly, but one can think deeply and be quite insane." We should not rely solely on mathematical equations but instead conduct experiments and think deeply to truly understand the complexities of magnetism..

[Audio] Before we delve into the specifics of magnetism, we need to address a fundamental question: How do we truly comprehend the nature of this force? Despite centuries of research, there remains something missing. However, today, we'll uncover the hidden truths of magnetism using rational physics and logic. We'll present the true model of atomic geometry and field mechanics, along with the force unification of gravity, magnetism, dielectricity, and electricity in a simple, logical, and undeniable chart. With rational physics, we'll explore the true nature of magnetism, dismissing the illogical concepts of virtual photons and embracing the simplicity of true science. By doing so, we'll gain a profound understanding of this mysterious force..

[Audio] The mind of a six-year-old is characterized by simplicity and naivety, untainted by the complexities of mathematical reifications. In contrast, modern theories in physics often perpetuate an unscientific and irrational mythos. Notable physicists, including L. Susskind and Richard Feynman, have contributed to this problem by creating unconventional explanations for phenomena, such as magnetism. Feynman's concept of "virtual photons" is an example of this, as it lacks empirical evidence and relies on concepts. The tendency to blindly follow authority figures, such as Feynman, is a timeless human failing. Instead, we should strive to question and explore the true nature of atomic geometry and field mechanics to uncover the missing secrets of magnetism..

[Audio] The mystics of general relativity and quantum mechanics have created a pantheon of irrational virtual nonsense, accusing the greatest minds who lived of being irrationalists. They produce only nonsense, pontifications, and insane theories without a logical hypothesis to begin with. Their fantastical books make Alice in Wonderland seem plausible by comparison. The mystics of general relativity and quantum mechanics have so convincingly played their parts in producing new particles and other unreal objects that they have not realized that all such names given are but reifications attributed to different states and modalities of Ether-based pressure movements and Ether field modalities. Beware of false knowledge, its more dangerous than ignorance. Irrationality is defined as an explanation that a proponent cannot imagine, explain, or illustrate..

[Audio] The word'magic' originates from the history of magnetism, where the Magi discovered the attraction of loadstone iron. The word'magnet' comes from the Sanskrit root word, mahaji, meaning 'the great or wise', specifically referring to having magic. The Egyptians believed the sky was made of iron or steel, possibly due to iron meteorites, and early on, meteoritic iron was famous for its "magical attraction". The ancient Greeks, such as Plato, also discussed magnetism, recognizing the circulatory nature of magnetic forces. They believed that the attraction of loadstone was due to circular thrust and mutual interchanges of position, rather than magic. We aim to uncover the secrets of magnetism using rational physics and logic to determine a true model of atomic geometry and field mechanics..

[Audio] The ancient materialistic view of magnetism, according to Democritus, posits that there are effluences and like bodies are attracted to each other, but all are attracted to a void. He believed that the loadstone and iron consisted of similar atoms, but the stone had smaller atoms and was of a rarer texture, allowing the iron to be attracted to the stone more quickly and easily. The atoms of the iron were disturbed by the smaller atoms of the stone as they passed between them due to their size, causing the iron to be drawn towards the stone due to their similarity and the stone having more void..

[Audio] The true nature of space is a metrical dimension with only one dimension - length. It is governed by the mutually interactive reciprocal conjugates of charges and discharges, centripetal and centrifugal movements in both space and counterspace. Instantaneous action at a distance and fields are all modality mediations of Ether, propagated by the disturbances in counterspace. The Ether is the correct understanding, recognized by Tesla, Heaviside, C.P. Steinmetz, and even Einstein before logic evaded his mind. All electrons are the result of a motion terminated at a quantity of dielectric pressure gradients of force, contracting and stretching like rubber bands, giving motion to the terminus of the electron. Electrons follow radial motions, with non-participating pressure gradients or forces occupying the voids and directing the motion of the electron. The flow of electricity is a separate phenomenon. Understanding the true nature of electrons and their role in magnetism is crucial in uncovering the missing secrets of magnetism and achieving a true model of atomic geometry and field mechanics..

[Audio] The supposed "electron" flow, which is considered the basis of quantum theory, is actually a simple harmonic sine wave. This is the same waveform that is produced when we slam on the brakes, and it is the sound of energy dissipation. In reality, the flow of electricity occurs not within the conductive wires, but in the space between them. This has always been known by electrical engineers, and can be seen in action when a major electrical circuit is shorted, causing the cables to violently repel each other as the electromagnetic force tries to escape. The electrostatic potential, denoted as 'e' in volts, causes the insulators to become hot, while the magnetomotive force, denoted as 'i' in amperes, makes the wires hot. The "electron" is simply a representation of energy dissipation, and it is not a subatomic particle or a charge carrier. Maxwell's discovery of the relationship between dielectricity and magnetism led to his theory of a conjugate pair of inductions, dielectric and magnetic, propagating at an "infinite velocity" through the structure of space. This shows that the motion of electrons does not contribute to energy loss, and it is simply a false belief perpetuated by the cult of quantum and ill-informed individuals..

[Audio] Dielectric induction plays a crucial role in creating electro-motive force, or E.M.F. Imagine a space bounded by a charged pair of copper plates, where a unit cube of oil is withdrawn and then inserted into a different space bounded by an uncharged pair of plates. Observe how the uncharged plates become charged as well, demonstrating the transfer of dielectric induction through space. This concept is supported by J.J. Thomson's discovery of the electron, which he believed to be the terminal end of a unit line of dielectric induction. It is often thought that E.M.F. is established by cutting lines of magnetic induction through an electric conductor, but a perfect conductor cannot cut through these lines, making it an obstructer rather than a conductor. The creation of E.M.F. is more complex, involving the interaction between dielectric induction and magnetic induction. The commonly accepted idea of the "flow of electrons" is actually a terminal movement within systems of inductance and dielectric capacitance, highlighting the significance of dielectric induction in the creation of E.M.F..

[Audio] Magnetic resonance technology is being developed to enable the simultaneous charging of multiple devices without the need for wires. This technology uses magnetic fields to transfer energy between devices. Another company is also working on a similar technology, using antennas to beam-form electromagnetic energy to remote devices up to 15 feet away. The powered wireless router tracks the devices and beams the energy to charge them. However, it's important to note that turning our houses into giant magnetic resonant induction-charging devices is not a feasible or safe idea. Such a setup could cause mental health issues, headaches, and potentially harm pets. We should not aim to eliminate wires from our homes for power consumption. Instead, we should focus on developing safe and efficient technologies that do not pose risks to our well-being..

[Audio] Magnetic fields are often misunderstood because they are visualized incorrectly. The iron filings are simply responding to the magnetic field's presence, and their alignment does not represent the actual magnetic field. Instead, the correct visualization of a magnetic field involves understanding its spiral, vortex-like nature. Hydrogen bubbles and pyrolytic graphite can show the true nature of magnetic fields, as they ride the topmost part of the waves of the vortex magnetic flow. The iron filings are deep in the water of the breaking waves of the magnetic field, showing only the direction of the magnetic flow, not its spiral nature. The ferrofluid forms cone-shaped spikes along any pole due to the alternating centripetal and centrifugal points of preponderance, demonstrating the spiral nature of magnetic fields. A deep understanding of the Ether and its role in the creation of magnetic fields is required for accurate visualization and understanding. The Ether is the source of dielectricity, which is the underlying mechanism behind magnetism. The correct understanding of dielectricity and its relationship to magnetism is crucial for accurately visualizing and understanding magnetic fields..

[Audio] The centripetal vortex of the magnet is shown below, with the ferrofluid apex always pointing towards the decelerating end of the magnetic vortex. Both centripetal and centrifugal apex points are pointing away from the magnet, indicating high accelerations at the surface-mass returning and high accelerations at the surface-mass leaving. The ferrofluid forms larger cone-shaped spikes further from the polarized surfaces due to the Ether field lines of magnetic divergence undergoing rapid deceleration away from the geometric plane. The golden ratio spirals and the golden angle of 137.5077 degrees are also observed in the ferrofluid spikes. The magnet's approach causes the ferrofluid to be thrown to the outer perimeter, creating a centrifugal dispersion. A central spike forms, splitting into multiple parts as the magnet approaches closer, revealing a negative sink void where the highly accelerated returning centripetal vortex enters..

[Audio] The image above shows the creation of a blend of suspended ferrofluid that beads rather than clumps, enabling visualization of the center impelling centripetal vortex at the core of any magnet. Two types of vortices are visible: the centripetal vortex with maximum spin at its apex, resembling the phenomenon that occurs when pulling a drainage plug, and the centrifugal vortex, where maximum spin is at the top or cone of the vortex. A magnetic stirrer, driven by a magnet, represents the initial phase of magnetic expulsion, where the magnet functions as the dielectric inertial plane, expelling magnetism along the inner wall of the beaker or magnet-mass-wall. As velocity increases, the "water" or Ether of magnetism is flung out along the top edge of the beaker, mirroring the behavior of a standard magnet..

[Audio] The significant issue with using iron filings to model magnetism is that they are "deep in the water" of the breaking waves of the magnetic field, showing only the direction of the magnetic flow, but not its spiral or vortex nature. Iron filings become miniature magnets when magnetized and are locked in place, becoming polarized, which prevents them from exhibiting vortex behavior. Any 3D models of magnetism using iron filings are actually 2D false representations, unable to demonstrate the true magnetic field architecture. Diamagnetic materials must be used to gain a better understanding of the true 3D-spatial-counterspatial magnetic vortex architecture of a magnet..

[Audio] The single greatest fear you can instill in any relativist or materialist is to ask them to define a field, be it gravitational, magnetic, dielectric, or electric. The thousand-pound gorilla in the room of relativity is that action-reactions and atomic operations are mediated by a field which no relativist can or dare define. All fields are Ether..

[Audio] The field of Ether is always present, but its potential becomes known only when there is a disturbance or perturbation. This is similar to standing on a field, where its potential is unknown until a change in the environment occurs. The Ether can manifest as a sinkhole, a hill, or a striation, demonstrating its ability to interact with objects and produce phenomena like gravity, electricity, and magnetism. Space is not a field and does not fit the scientific definition of a subject or object. The Ether acts as a medium that produces various manifestations and actions upon other masses. For instance, gravity is a "positive terminal" circular centripetal-emanative field with a negative Ether-pressure gradient, with its "negative terminal" in counterspace. Magnetic and electric fields are the same thing, different manifestations of the Ether's perturbative pressure modality. There are no "electrically charged" discharge particles, only equalized stable pressures of motion in the Ether. Everything is connected to the Ether, and every phenomenon is either based on the Ether or impelled by its gradients. Magnetism appears as a manifestation of the medium of space around a magnetic mass, and micro-magnetic forces are present within all matter, electrified in the Ether. Exploring the nature of the Ether through rational physics and logic can uncover the missing secrets of magnetism, leading to a true model of atomic geometry and field mechanics..

[Audio] Space is not a standalone entity, but rather exists within a polarized field. The Ether, on the other hand, is considered counterspace and cannot be in space. Instead, space is within the Ether, particularly when it is manifest in phenomena or polarized. Einstein's claim that a gravitational field is space is a logical fallacy, as space has never, and will never, be shown to influence anything. Space and the field are not interchangeable in any way. The field is an arena of influence created by Ether pressure gradients, and is dynamic and constantly flowing..

[Audio] The concept of the Ether is an inertial plane with an XYZ-axis present at every point in space, defining the co-relational relationship between space and magnitudes, but not mass. It is a dynamic entity that experiences spatial movement through magnetic, gravitational, and electrical forces. The Ether is both the medium and the force that moves within it, similar to the concept of the aoristos dyad in Greek philosophy. It plays a crucial role in our understanding of magnetism and the forces at work in our universe..

[Audio] Matter receives energy from its environment, specifically the Ether. There is no energy in matter other than that received from its environment, according to Nikola Tesla. He believed that the supposed curvature of space is entirely impossible and that the existence of a field of force can account for the motions of bodies as observed, dispensing with space curvature. Tesla's statements emphasize the importance of recognizing the existence of the Ether..

[Audio] Electricity is comprised of two fundamental components: dielectricity and magnetism. Dielectricity is generated by a capacitor, and it's characterized by counter-space phenomena, storing and returning dielectric energy. Magnetism, on the other hand, is generated by a coil of wire, and it's characterized by spatial phenomena, storing and returning magnetic energy..

[Audio] The Ether is constantly attempting to return to its origin and fulcrum, counterspace, due to reciprocal phenomena and movements. Space is the manifestation of phenomena, whereas counterspace is the inertial plane or membrane of the Ether, from which all phenomena emerge. When counterspace is disturbed, phenomena arise. The Ether, lacking fields, produces phenomena through reciprocation, movements, and other occurrences. The Greeks provided an answer to this question, although it will be discussed further in another article. Magnetism is solely radiative, resulting from the termination of electrification and the byproduct of dielectricity. Dielectricity precedes all else in the Force Unification schema, and it is paired with magnetism as the universe's co-principles. To obtain magnetism from dielectricity, consider that dielectricity generates matter, which then possesses magnetism as its radiative principle. This conjugate relationship between creation (dielectricity) and radiation (magnetism) yields electricity and mass or gravity as centripetal attributes, ultimately giving rise to mass/matter..

[Audio] The conjugate relationships of induction, creation, and capacitance show that the fundamental forces governing electromagnetic fields are interconnected. These forces cause interactions between charged particles like electrons and protons, leading to electromagnetic radiation. The relationships illustrate how induction, creation, and capacitance form a web-like structure underlying all electromagnetic phenomena. This understanding is essential for creating new technologies and applications utilizing electromagnetism's power..

[Audio] The chart below represents the culmination of our research, a visual representation of the unified forces we've been discussing. This chart shows the relationship between gravity, magnetism, dielectricity, and electricity, demonstrating their interconnectedness and the underlying principles that govern their interactions. By examining this chart, we can gain a deeper understanding of the fundamental nature of magnetism and its role within the broader framework of physical forces..

[Audio] The chart below represents the culmination of our exploration of magnetism's nature, where we have sought to unify the forces we have observed using rational physics and logic as our guide. This chart illustrates the true model of atomic geometry and field mechanics that underlies magnetism, showcasing the simplicity and elegance of this unified framework, which reveals the underlying structure of magnetic phenomena..

[Audio] Electrification is not simply the result of a sudden event, but rather the culmination of a gradual interaction between the counterspatial dielectric geometry and the magnetic spatial circular geometry. This interaction creates an Ether-based interference perturbation, resulting in the perpendicular creation of electricity. By observing the movement of these patterns, we can gain insight into the fundamental processes underlying electrification and magnetic induction..

[Audio] Magnetic precession rates of the gyromagnetic ratio at 42.4923 MHz/T create the magnetic vortex. Precessional geometry is also known as Phi-Phi-1 precession. Precession is a universal absolute and constant in a conjugate system of fields where magnetism moves opposite to dielectricity. In the magneto-dielectric double hyperbola disk model, precession is due to the nucleal magnetism inherent in the protons at the center of every magneto-dielectric atomic volume, which is caused to precess by the powerful dielectric inertial plane and likewise, therefore, the magnetic expanding Z-axis polarized plane to precess in kind to its apex initiator, the protonic nucleal dynamo, which is being impelled to coherent phased precession by the powerful and saturated dielectric inertial plane. There must exist three coherent aspects for a magnet to be a magnet and thereby have perfect field incommensurability, which defines a permanent or an electromagnet with its attributional properties. These three aspects include the XY-axis dielectric inertial planes in coherent field incommensurability alignment, the expanding Z-axis circular spatial reciprocating magnetism in coherent field incommensurability alignment, and the phased coherent dielectric inertial plane spins all operating in the same centripetal radial movements of field incommensurability alignment. Below, we see the magnetic and dielectric XYZ conjugate system of both fields moving oppositionally in a binding system, which also necessitates precessional movement..

[Audio] The seemingly obsessive use of gyroscopes in modeling magnetism is due to the fact that both share three important axes and a very near-identical fourth principle, the inertial torque plane or flywheel of the gyroscope, which is nearly identically mirrored in the dielectric inertial plane. Both employ principles of phasing, spin, inertia, coherency, and acceleration, additionally that of torque. The analogy ends at field inductions, which are at a distance and not mediated by particles or contact..

[Audio] Protons are naturally magnetically charged particles, regardless of the system. Both the dielectric inertial plane and the magnetic Z-axis circular field are under a state of precession. The dielectric from the centripetal returning magnetic vortex and the nucleus of protons, and the magnetic centrifugal field under precession from apex-nucleal proton precession occur in a specific order of causation: dielectric acceleration and saturation from electrification in the creation of a magnet, followed by protons precessing under the centripetal radial dielectric, and finally, centrifugal magnetic field precession due to the precessing protons. Centripetal-to-centripetal voidance is the operational prima causa to both gravity and magnetism, resulting in equilibrium through voidance. Precession and phasing of the dielectric inertial plane, once electrified, is the second attribute to the double-hyperbola-disk magnetodielectric geometry of Field Incommensurability. Coherent field incommensurability in the conjugation of inversely-moving field phenomena, magnetism and dielectricity, in a binding system necessitates this special geometry and the precessional coherent phasing, comprising not only the polarization of the magnetic field, which is definitionally, but also its vortex spin phenomena as the nucleal protons precess against the dielectric inertial plane and resultantly precession in a vortex pattern, yielding the polarized macro-magnetic dominances of the magnet..

[Audio] Magnetism is only present as an attribute to another, which is prior. The source or locus of polarization is a polarized spatially expanding Ether disturbance, which is secondary to a precedent initiating the polarization. In the case of a magnet, the dielectric inertial plane causes precession of the apex-situated protons, which likewise cause necessitated precession. The perfect equilibrium of precession against the dielectric plane is a ratio of 1 against Phi, which is 42.492 degrees, also the frequency in MHz/T of the proton. The ratio of the presence of dielectricity to magnetism is 3.23606 quantities of dielectricity to 1 part quantity of magnetism. Therefore, a magnet is essentially a dielectric object, with counterspatial and radial qualities making it nearly imperceptible to conventional sensory observation..

[Audio] Protons in the nucleus precess coherently when exposed to a powerful dielectric field, occurring at the Larmor frequency, which can be measured. During electrification, the XYZ vectors of magneto-dielectric inertial planes align, amplifying the directions of their dielectric flywheels to the same direction. This coherent alignment enables magnets to exhibit strong attraction and repulsion, driven by the in-phase magnetic precession in electrification. The dielectric phasing causes proton precessional coherent phasing and magnetic field phasing, with all pressures precessing and polarizing against the lowest pressure reciprocation..

[Audio] The cones of possible orientations become cones of possible precession for the angular momentum and magnetic vectors in the presence of a coupling dielectric field. Dielectric phasing in the creation of a magnet is responsible for the enormous torque of either voidance or countervoidance, or repulsion. This enormous compounded torque from trillions of in-phase inter-atomic dielectric inertial planes is a main component of the inaccurate assumption that magnetic attraction or repulsion is driven or has its causation in the magnetism itself, when in fact this is due to the in-phase dielectric. The classical vector properties of the angular momentum of a gyroscope are analogous to many of the important characteristics of the vector properties of the mechanical magnetic inertia. The reason for the close analogy is due to the important and critical connection between the dielectric inertial plane and the angular momentum due to the dielectric's acceleration, or spin. The rotating mass of a gyroscope possesses angular momentum, which can be represented by a vector whose direction is along the symmetry axis of rotation. A gyroscope in a field precesses, meaning the axis of its rotation precesses around the direction of the counterspatial field. The rate of precession of the gyroscope is determined by the field force at the center of rotation and the inherent angular momentum of the gyroscope, or in this case the dielectric plane and its acceleration. If the angular momentum, which is determined by the angular velocity of spin and the mass of the gyroscope, is constant, the rate of precession omega is determined only by the centripetal field force, so that there is a proportionality between the rate of precession and the centripetal field force, where gamma is the scalar proportionality constant between the precessional frequency and the centripetal field force. Omega equals gamma times H..

[Audio] Magnetic pressure gradients play a crucial role in shaping the behavior of magnetic fields. These gradients follow the golden ratio, which is a fundamental principle in nature's growth patterns, such as those observed in sunflowers. The reciprocal motion of magnetic pressure along these gradients is essential, as it allows the field to adapt to the lowest pressure points. This phenomenon is not unique to magnetism, but applies to all fields, including electromagnetic forces. The discovery highlights the importance of considering the reciprocal motion of magnetic pressure when studying the behavior of magnetic fields. The relationship between the golden ratio and the movement of magnetic pressure is striking, demonstrating that the field adapts to the lowest pressure points along the lines of 360 degrees divided by 85 degrees, equivalent to approximately 4.23606 degrees. This finding has significant implications for our understanding of magnetic behavior and its connection to natural growth patterns..

[Audio] The radial centripetal accretion disk of the inertial plane is narrower in reality than 36 degrees because of intervening magnetic pressure gradients. However, its ideal geometry extends out to 36 degrees, while maintaining the golden ratio proportions throughout. The same pattern is observed in the growth of sunflowers, where phyllotaxis follows the shape of magnetic field reciprocation lines. Similarly, we see this pattern in the formation of magnetic fields around disk magnets, where centrifugal flow creates a toroidal shape. Additionally, this pattern is also observed in the electrification of the dielectric inertial plane against a magnetic field over time..

[Audio] The discovery of necessitated incommensurability of pressure reciprocation in magnetic flow reveals a fundamental aspect of magnetism's underlying mechanism. Not accounting for precessional movement, this finding indicates the complexity of the phenomenon. The illustration below shows the reciprocal relationship between the base and height fields, observed in both disk magnets and galactic jets. This visual representation highlights the intricate patterns governing magnetic behavior. By examining these findings, we gain insight into the true model of atomic geometry and field mechanics, shedding light on the mysteries of magnetism..

[Audio] The moire’ patterns show the fundamental principles of field line forces, where similar spins interact with each other, and inverse interlacing illustrates the voidance cojoining phenomenon. By studying these visual representations, we can understand the underlying mechanisms controlling magnetic interactions..

[Audio] The natural world displays various intriguing patterns, including those observed in magnetic fields. Similar scroll wave patterns appear in both nature and magnetic field reciprocation. This phenomenon is not exclusive to magnetism, but rather a characteristic of reality's underlying structure. The connection between magnetism and dielectricity reveals a cellular capillary structure forming living membranes from charges and magnetism, essential for grasping magnetism's fundamental nature. Printing these patterns on transparency film helps visualize how clockwise and counterclockwise rotations interact, providing insight into magnetic field behavior when aligned differently..

[Audio] Magnetism is a force that arises from the interaction between magnetic fields, which are generated by the movement of charged particles, such as electrons. The concept of magnetism is often misunderstood, and many people struggle to comprehend its true nature. According to James Clerk Maxwell, magnetism is a result of vortices in a medium, where a layer of particles acts as an idle wheel, allowing adjacent vortices to rotate in the same direction. This creates an attractive force between magnets, which can pull iron from a distance. The force of magnetism is often described as an invisible force, and its true nature remains a mystery to many. However, by applying rational physics and logic, we can gain a deeper understanding of this fundamental force..

[Audio] Magnetism is a spatial force that is amplified through a special geometry, resulting in a powerful magnetic field. The increased magnetic induction is a result of the spatial nature of this force, which can no longer be contained within the inter-atomic volume in a state of equilibrium. This special geometry works as a unified field, in a coherent conjugate phase, creating a magnetic double-hyperbola through the process of dielectric amplification. The charged mass causes the micro-magnetic density to elongate away from the atomic equilibrium, thereby creating a macro-magnetic spatial vector. Magnetism is literally the polar.

[Audio] Magnetism is a phenomenon that occurs when there's a centrifugal force, also known as centripetal force on return equals polarization. There are four types of magnetism: centrifugal, circular, radiative, and spatial. Dielectricity, on the other hand, has four types as well: centripetal, radial, inertial, and counterspatial. Non-contact magnetic induction can be observed when a magnet is near a piece of steel, inducing the steel to become magnetically charged. Opposites do not attract, instead, like attracts like, and opposites repel. Dielectricity repels magnetism, and vice versa. Magnets do not repel each other; pole-on-pole repulsion is actually a result of ether spin compression, not repulsion. Polarization is a misunderstanding of spatial clockwise and counterclockwise spin. The contracted atom from electrification increases dielectricity and expels magnetism. Counterspatial dielectric contraction due to electrification necessitates magnetic spatial expulsion. The ferrous material remains stable from electrification with its magnetic properties intact..

[Audio] The creation of a magnet is not the alignment of magnetic domains, but rather the result of inertial plane accelerations in each atom that makes up the magnet, caused by the incommensurability of self-similarity within all magnets. This leads to a coherent magnetic field acting as a single body. The self-centering of the dielectric inertial plane occurs through conjugate magnetism, dielectric capacitance, and polarized Ether phenomena, resulting in deceleration-reciprocation at the spatial boundary of the physical magnet. Both dielectric and magnetic pressure gradient phasing are necessary for the creation of a magnet..

[Audio] The concept of coherent phasing plays a crucial role in the creation of a magnet. In the magneto-dielectric gyroscopic analogy, the axle and flywheel never meet at their intersection points. Similarly, in the creation of a magnet, coherent phasing is necessary for both dielectric and magnetic pressure gradient, as well as self-centering and circular polarized magnetic reciprocation in the electrified mass. Trillions of atoms in a magnet align their magneto-dielectric fields through pressure gradients and dielectro-inertial gradients, much like how 5 autonomous gyroscopes align their flywheels in perfect synchronous manners and their axles likewise. The true and ONLY power in both the gyroscope model and the model of the magnet is the flywheel, which makes up 90% of the weight of a gyroscope and 90% of the power in any magnet. Magnetism is the resultant effect of dielectricity, which is counterspatial, centripetal, inertial, and typically does not act on other phenomena. The dielectric inertial plane accelerates the angular momentum, leading to the creation of a magnet..

[Audio] The concept of Field Incommensurability, or F.I., refers to the undeniable phenomena present in the magnetodielectric system. Stationary gyroscopes with magnetic polarizations in red and dielectric inertial planes in blue are in a state of inter-atomic equilibrium, with their movements balanced and in phase. However, in the model of the atom, these magnetodielectric gyros are always spinning, but remain in equilibrium within the inter-atomic, yet out of phase in terms of magneto-dielectric incommensurability on a macro level. The reason for this incommensurability is due to the fact that the dielectric capacitance of the gyros has not been significantly increased from electrification. The post-electrification state shows the 5 autonomous gyros undergoing an inertial acceleration, resulting in a self-similar incommensurability in the XYZ phase ordering. This is due to the acceleration of the dielectric flywheel, resulting in a magneto-dielectric self-similarity of field phasing along field pressure gradients. This ultimately creates a singular unified magnet with its dielectric inertial planes and reciprocating magnetic polarization movements. The concept of F.I. is crucial in understanding the dielectric inertial plane, which is inherent in all inter-atomic operations and is present in both the pre and post-electrification states of a magnet..

[Audio] Magnetic induction occurs when an object's dielectric properties interact with a magnet, causing it to become magnetized and move towards the dielectric plane surrounding the magnet. The dielectric plane is created by the interaction between the magnet and the surrounding air, acting as a "mirror" that reflects the magnetic field back onto the object. The object is not being pulled towards the magnet, but rather pushed away from the dielectric plane..

[Audio] The Ether does not abhor a vacuum, but rather space does not contain a vacuum because the Ether fills the micro-magnetic and atomic dilation. There is no Ether in space, only space, and the opposing force to space is counterspace. Lines of force terminate in counterspace, not in space, and polarized spatial Ether fields exist in counterspace, not in space. The Ether interacts with itself through forces like dielectricity and magnetism in both spatial and counterspatial realms. Magnetism is a polarized field that is distended in space, not against it, and the Ether cannot exist in space. Instead, it exists only within itself as it equalizes. Space and the Ether are two separate realms with unique properties and forces. Understanding the true nature of the Ether and its relationship to space is necessary to uncover the missing secrets of magnetism..

[Audio] The electric attraction causes the electrically charged counterspatial dielectric to draw closer together, resulting in the distortion of the micro-magnetic atomic geometry out of equilibrium. This effect of closer assemblage is a centripetal effect of contraction, which squeezes magnetism away from the spaces between the integrating particles of electric preponderance. A high charge equals a high sink/bubble vortex of magnetism. A high magnetism in motion over time equals charge as against a dielectric conductor, meaning a magnetic reflector. The dielectric reflector deflects magnetism, causing radial electrification in response to precessional magnetic movements. The dielectric medium conducts dielectricity around which electromagnetism reciprocates. Electricity and circular magnetism exist radially around and down between the AC conducting lines, while the radial dielectric exists radially through the dielectric conductor, operating centripetally between the lines. The dielectric reflector's nature is its resistance to magnetism and production of electrification, resulting from precessional dielectric torque against the magnetic field over time. The prime mover of the magnetic field induces precession against the dielectric medium, inducing electrical phenomena. The dielectric reflector is not meant to reflect dielectricity but rather reflects against magnetism by nature of being dielectric in medium. The only difference between AC lines and TEM is that in AC current, electricity flows radially..

[Audio] As we explore the missing secrets of magnetism, we examine AC transmission lines. In the simplex model, when magnetism expands the Z-axis, the dielectric inertial plane forms a disk. Conversely, when dielectricity takes on the Z-axis radial role, magnetism becomes the XY-axis spatial reciprocating torus, or "disk". Dielectricity remains radial, seeking the smallest space. This is the premise of dielectricity being generative and magnetism being radiative and terminal. An AC circuit appears on the far right. Higher gauss rated permanent magnets have a shallower field geometry due to higher Ether vortex velocities. As vortices increase in spiral velocity, their radii decrease. Stacked magnets with high gauss ratings have shallow fields due to falling-off field ratings proportional to vortex Ether velocities. The magnetic field's double reciprocation affects the vertical axial lengths of the N and S vortex. Coherency of charge and macro-magnetic electrification create a permanent Ether-vortex, known as a sink-bubble phenomenon. In ideal circumstances, this lasts almost indefinitely..

[Audio] Magnetism is a charging nature, degenerative and radiative, responsible for the expulsion of electricity and dielectric discharges spatially. It forms electrification out of the dielectric counterspatial and magnetic spatial planes. Magnetism is the polarized spatial 'breaks' upon which the universe self.

[Audio] The reason false-field-lines, such as those traced by iron filings, curve between north and south poles or south and north poles in "attraction" instead of following perfect parallel lines is because the vacuum seeks equilibrium by tracing itself clockwise around counterclockwise or counterclockwise around clockwise directions along the Bloch wall, which represents the dielectric inertial plane of lowest Ether pressure. However, due to the nature of a permanent magnet, this cycle must be repeated indefinitely. The centripetal gravitational-like sphere formed by two approaching magnetic fields contracts and compresses, much like dielectricity does naturally. As discussed later, a magnet's tendency to self-fold is immense; dielectricity strives for its counterspatial homeostasis, and clockwise on clockwise or counterclockwise on counterclockwise fields represent polarization against a non-polarized zero-point dielectric seeking similar charges for collapse, as opposed to its own created space. This is why magnets with opposing vortex movements, such as clockwise approaching counterclockwise, accelerate toward each other to bring the dielectric into its closest state of homeostasis, or voidance, with its own created space..