Werk:Aufdeckung missender Geheimnisse über Magnetismus/Diamagnetisch Wismut's missende Geheimnis und magnetische "Levitation" verfertigt
Diamagnetic bismuth’s missing secret, and magnetic ‘levitation’ perfected using a ‘programmed’ bismuth discovery.
- Diamagnetisch Wismut's missende Geheimnis und magnetische "Levitation" verfertigt mithilfe einer 'programmierten' Wismut Entdeckung.
For the magnetic induction the Etheric relation is known as the magnetic “Permeability”, for the dielectric induction the Etheric relation is known as the dielectric “Permittivity”. – Eric P. Dollard
Bismuth sits at a golden ratio ‘seat’ on the periodic table, its dielectric inertia is so high, that its atomic radius of 143 is less than that of lightweight titanium which is 176, and less still the heavier polonium 190 and lead 154. It sits immediately between extremely toxic lead and thallium on one side, and extremely radioactive, extremely short-lived, astronomically rare and virtually non-existent polonium and astatine on the other side, of which less than 100 grams per year of polonium are created, and only created resultant to bombardment of bismuth with high energy protons and neutrons. While virtually four times the atomic mass of iron, it has an atomic radius of 143 to irons 156. Bismuth like glass is a dielectric capacitor, however in the case of bismuth, it is extremely stable and resists ALL discharge to an extremely high degree, which is why its electrical conductivity and thermal conductivity are extremely low. However, as proven in nuclear reactor coolant use, its dielectric conductivity is nearly transparent. Neutrons are dielectrically dominant. Likewise this is why bismuth absorbs high energy gamma rays but allows the passage of neutrons.
Since this is a book on magnetism, why such a detailed focus on bismuth? Because bismuth is diamagnetic for the very same reason that the dielectric inertial plane of the “magnet” is anti-magnetic, is focused at, is forced at the centerpoint between polarities, not located at. Bismuth has just enough (very little) magnetism to maintain its spatial existence, which is also why its atomic radius is so low. One bit more of magnetism from an additional proton throws bismuth into chaos and hell as polonium. Bismuth cannot be polarized, it is the very least possible element to lose dielectric inertia in its atoms. This is extremely important beyond belief. There are unrealized properties of bismuth yet to be discovered. Bismuths actual polarization is not polarization but turning it into polonium by attacking its nucleus; this however isn’t polarization, but the creation of a radioactive and dangerous lethal beast.
Below: Natures perfect example of dielectric inertia as represented in these anti-cube, or hypercube formation of bismuth crystalline formation. Pure bismuth under ideal conditions will easily reveal its nature; however horribly sad and odd that humanity has not grasped this glaring fact until now stated. While this is a book about magnetism, magnetism’s initiator is dielectricity, which is counterspatial, radial, inertial, centripetal, and below you see a near perfect example of this expressed by pure bismuth crystalline formation. You cannot grasp magnetism without grasping dielectric inertia.
We must not speak about bismuth being ‘diamagnetic’, which it is, however it repels only centrifugal magnetism, not centripetal dielectricity. Bismuths primary property is its incredibly high dielectric inertia, like a gyroscope spinning so incredibly fast that only destroying its nucleus will greatly alter its properties. This, until this writing, missing secret of bismuth will yield incredible invention in the very near future, at which time the price of bismuth will skyrocket. Given enough enormous dielectric charge applied to bismuth will create a hyperstate property of pure bismuth element with astounding level attributes and effects. In a simplex but obtuse explanation, bismuth is a dielectric dynamo, its own incredibly powerful dielectric inertia-well which contains yet unrealized enormous, enormous kinetic energy potential. Likewise with enough proton bombardment and incredibly powerfulelectrostatic charge, bismuth, by all calculations should be a nucleal-kinetic energy device with magnitudes higher energy output than input.
Below: Lead and its genitor in radiative depletion, is Uranium; likewise the same for Plutonium which passes thru polonium into lead. However only Neptunium depletes into the heaviest stable element, bismuth. Uranium and Neptunium are the two primordial radioactive heavy elements of the universe; however Neptunium the far more rare in occurrence. Likewise the 9 parts per billion of bismuth is testament to this fact.
Below: One proton separates heaven from hell, bismuth on the left and on the right, polonium. Stable bismuth with a half life of 20 billion billion years, non-toxic, safe, and the extra proton of polonium throws bismuth’s dielectric inertia into chaos, (which is how polonium is created, by bombarding bismuth) so out of harmony that it becomes an extremely lethal tool of assassination and a short-lived deadly radioactive element where a millionth of a gram becomes fatal; likewise polonium is the initiator and nuclear trigger, along with beryllium, of an atomic bomb. There is a golden ratio balance between the protons and neutrons in Bismuth that will not ACCECPT A SINGLE ADDITIONAL PROTON without absolute chaos ensuing. This along with other evidentiary properties proves that bismuth has absolute dielectric inertia saturation, which explains its properties, explains its crystalline growth, explains its incredibly unstable nature when a mere single proton is added, explains its high diamagnetism. Dielectric inertia repels magnetism, pure and simple. Further below, bismuths spectrum absorption and emission has been a point of great study since it has dualistic properties dependent upon crystallization. Bismuth literally exists in a quasi-state of gravitational and inter-atomic spatial existence with inconsistent spectra emission and absorptions.
Bismuth is the HEAVIEST STABLE ELEMENT that exists in the universe. Everything else is unstable, radioactive and typically highly toxic, not to mention thallium and lead just below bismuth, it has an atomic weight of 209, although it has the atomic number 83. If you subtract the number of protons (83) from the number 209 (the atomic weight) you get 126. That is the exact number of neutrons in the bismuth atom. Since protons are magnetically dominant, merely adding one proton to bismuth to create polonium creates both an incredibly lethal, short lived, toxic and radioactive element that virtually does not exist in nature. Polonium wheninhaled or swallowed takes merely on millionth of a gram to be lethal. This is the very methodology used by Putin to murder Alexander Litvinenko. The Nuclear Gravitation Field Theory has to its premise that the “Strong Nuclear Force” and Dielectricity/ Gravity are one and the same force. Bismuth crystals grow extremely fast for a reason.
Typical investigation will not divulge the relative picture of bismuth, and its special ‘seat’ on the periodic table, being so unlike its neighbors. Resting between extremely toxic and incredibly rare and radioactive polonium with a mere handful of days of half life, and astatine with a mere 8 hour half life, bismuth is so stable that its half life is 20 billion billion years, infinitely longer than the calculated age of the universe, however this conclusion is spurious, since bismuth is entirely stable. Additionally, sitting on the periodic table, stable, non-toxic in its pure form, and so incredibly non-radioactive it is virtually inert denotatively, it rests between both the extreme incredible toxicity of lead and thallium, and the incredibly rare and worse still dangerous and unstable radioactive polonium and astatine. Thallium is so deadly, mere handling proves fatal and it was at one time used as a poisoning agent of animals and of murderers. Literally in the middle of hell and worse hell, is a safe and stable element with incredible dielectric properties some characteristics only recently being uncovered, one of which by myself in experimentation. Resultant to bismuths high dielectric inertia, it logically has extremely low magnetic permeability. All magnetic reluctivity is based upon dielectric inertia, a repulsion and resistance to magnetic field ‘breaking’ of inertia. Magnetism itself, being the dielectric field in discharge is definitionally a loss of Ether-inertia and represents the Ether-modality of magnetism, but denotatively this is the spatial vectorization of dielectricity due to its discharge /loss of inertia.
Below: On left, using my ‘programmed’ bismuth disk. Single disk levitation of 3mm N45 cube neodymium with 1” cube N50 5 inches above. On right identical setup using standard bismuth ‘non-programmed’ disk with same lifter magnet, with resultant much lower levitation. This is a wholly new discovery of bismuth casting with applied charge and field in casting.
That bismuth is the only room temperature extremely diamagnetic element has gone over the heads of most people in its level of importance. Bismuth shrinks on melting, and expands on cooling, but its dielectric inertia resists any spatial divergence and likewise therefore grows hypercube crystals and forms golden ratio patterns of convergence when cast in convex formations. Any element or supercooled ceramic that becomes diamagnetic resultantly; it is the case that these objects have extremely high diamagnetism due to extremely high dielectric inertia, a low spatial footprint, and extremely low (the same thing ultimately) magnetic profiles. This is the reason for the very low atomic radius of bismuth, the reason for its attributes, the reason for its unique crystalline growth, the reason for its extremely high resistance to current and thermal conductivity.
Below: Beautiful Bismuth crystal grown by “Bismuth and Beyond” (bowers998 EBay).
Likewise this property is seen in incorrectly deemed “superconductive” ceramics wherein which, under extreme cold the material obtains a super-state with an extremely small spatial (=magnetic) footprint which is filled by external magnetism causing them to act as one object regardless of the spaces between them, which are unreal to begin with. Fields mediate fields, and make no concessions or concerns for physical objective boundaries.
Artificially high dielectric inertia achieved in ceramics due to supercooling is naturally present in bismuth. The importance of this attribute has yet to be realized by the world. Likewise as I have discovered, the sandwiching of bismuth between layers of strong divergent magnetic layers has fascinating phenomena. That bismuth is the universe’s most heavy stable element with extremely stable properties and incredibly high dielectric inertia as seen in many of its attributes including its crystalline growth, means that bismuth in its liquid state is highly susceptible to gravimetric and magnetic influences of either voidance of countervoidance. Bismuth is literally an element possessing a high ‘urge’ to collapse itself into dielectric counterspace. This special property has yet to be exploited.
Below: On left, standard bismuth castings I built for superior magnetic levitation with greater stability which, using convex castings creates better stability to conform with the magnetic field geometry of both the lifter magnet and the levitator magnet (3mm small cube) as pictured on right.
