Werk:Aufdeckung missender Geheimnisse über Magnetismus/Die Ferrocell-Demonstrationen

The Ferrocell demonstrations of magnetic hyperboloids and magneto-dielectric divergence and convergence

• Die Ferrocell-Demonstrationen von magnetischen Hyperboloiden und magnetisch-dielektrischer Divergenz und Konvergenz

Inventor Timm A. Vanderelli ferrocell: The magnetic flux viewer utilizes the combined properties of a ferromagnetic colloidal mixture, magnetism and the transmission of light to view a presentation of magnetic flux. The magnetic flux viewer comprises a ferromagnetic colloidal mixture positioned between two optically transmissive lenses, the lenses including a means for containing the mixture there between. Mixture is comprised of a plurality of magnetically reactive particles. There is at least one magnetic source juxtaposed about the mixture and a visible light source that is positioned to project through the mixture. The interaction of light waves and the mixture creates a visual presentation of magnetic flux.

The ferromagnetic colloidal mixture comprises nano-sized magnetite particles coated with a surfactant and suspended in a colloidal mixture that respond to the application of a localized magnetic field thereby aligning themselves in the direction of the magnetic field and forming nano-particle chains. Preferably, the ferromagnetic colloidal mixture is a translucent fluid. When this translucent mixture is contained and placed into a magnetic field, light waves scatter and rotate as they pass through the mixture positioned between the two lenses in regions where the magnetic field has reached its lowest potential. In examples, the viewer also creates a visual presentation of the interaction between magnetic flux and other elements of matter. The claimed magnetic flux viewer makes this Super-paramagnetic event visible. - Timm A. Vanderelli (www.ferrocell.us)

The Ferrocell is a simple, low-cost device that will scatter light in a direction determined by the application of a magnetic field (magnetic anisotropy). Polarized or un-polarized light will reveal a representation of the applied field with a 3-D spatial geometry in agreement with Maxwell’s Equations. Utilizing quantum effects made possible by nanotechnology, this Ferrohydrodynamic Lens has the potential to enhance the performance of many existing Photonic applications.Apply light and magnetism to either surface. The strength and orientation of the applied field will determine the plane (angle) of light coming out of the cell. Using a permanent magnet is the simplest way to apply a field and see how a Ferrocell will change the path of light. To make this event visible to the naked eye, a large surface area and strong magnetic fields are required. Currently, there are no demonstration units available for smaller scales. Although similar to the Faraday Effect, a Ferrocell affects light up to 90 degrees in a single stage, whereas a Faraday rotator would require two stages to accomplish the same task.. And a Ferrocell will exhibit the same results with polarized or non-polarized light. Using four stages of deflection with a Ferrocell will allow 360 degrees of rotation. - Timm A. Vanderelli (www.ferrocell.us) My deepest and warm thanks go out to Timm Vanderelli of Ferrocell U.S.A. in material support & providing more empirical proof for the worlds first accurate explanation of how a magnet works, as illuminated in this work. Magneto-dielectric field incommensurability (F.I.) can now not only be defined in full but also illustrated in depth by use of the T. Vanderelli Ferrocell invention (US8246356, US20070241745). All my accurate conclusions of magneto-dielectric conjugate field incommensurability now have further empirical validity thanks to the ferrocell; after the fact of my discovery, and my disclosure of the magneto-dielectric field mechanics as to how a ‘magnet’ operates, its field inertia and discharge hyperboloid formation, I learned of the ferrocell invention. After the 2nd edition, I came across the ferrocell, one of the key empirical validities I needed to prove my theory accurate. Every institute of learning, even down to high school and lower, should own a ferrocell to educate, inspire, and enlighten future minds as to the fundamental forces of nature hidden within light and especially magnetism; which are governed by dielectric inertia both in whole and in part. The old method of demonstrating magnetism via iron filings is both horrible and an error since the iron dust undergoes magnetic induction. The only true and accurate way to see dielectricity & magnetism is with light, and the ferrocell!

Below: Deep view on left of a cube magnet, illustrated is the dielectric inertial plane in yellow and the hyperbolic bowl shaped depression of centrifugal magnetism as mediated against the opposite-side-returning centripetal magnetism. On the right is a single pole view of a cube magnet. The shape of the magnet has no bearing on the light formation along the poles being other then circular/spherical hyperboloidal convergent/divergent hypotrochoids.

Below: Deep image views at a steep angle of a cube magnet on left, and a disk magnet on the right. Notice the centripetal ‘bloom’ hypotrochoid that has amazing holographic depth out of a mere micron of ferrofluid!

Below: Large ceramic ring magnet on left showing the pair of hypotrochoids. Notice the depth of holographic effect as seen in the sphere on the left at the center of the ring magnet. Closing dielectric voidances are necessitated to be decreasing spheres (or fixed in this case of the ring magnet) as the pressures are mediated as against magnetism and the counterspatial nature of dielectricity. On the right is a cube magnet with polarity top to bottom respectively.

Below: Two pieces of a broken ring magnet on the left, on the right is a 1.5” ring magnet showing the pair of centripetal/ centrifugal hypotrochoid patterns of light as directed by the divergent and convergent magnetism.

Below: Notice distorted pole on image both left and right as created by image in center of a ½ cylinder magnet stuck in the center of a much larger ceramic ring magnet. All field pressures mediate themselves as necessitated along the lowest pressure points of impelled divergence and convergence.

Below: Image on left, two cylinder magnets on the right connected along their non-polarized sides. Image on right broken ring magnet.

Below: ½” cylinder magnet along one pole on the left, and two of the same cylinder magnets on the right connected along their non-polarized sides. Notice the voidance pattern in the middle between these four poles.

Below: Cylinder magnets. Notice image on the left where the centrifugal and centripetal ‘cross’ there are bright light spots at this point, this is a mid-point intersection between inverse polarity magnetic radiations at which there is a very small concentration of light as would be predicted and necessitated to exist.

Below: Showing the holographic depth of the ferrocell looking at a steep angle along the pole of a cube magnet. Cube magnet, or round magnet makes no difference, field pressure is field pressure, the formations are identical field geometries. Notice on right the deep depression ‘bowl shaped’ formation as predicted by myself before discovering the ferrocell invention.

Below: Three images of cube 1” magnets under the ferrocell. Notice the bright white light along the inertial plane on the images, especially on the far right.

Below: A pair of my predicted discoveries of golden ratio incommensurability which must exist within the magneto-dielectric system of the ‘magnet’. Discoveries copyright 7-12-2014 Ken L. Wheeler.

Below: Broken ring magnets. On left showing one larger piece. Middle picture showing larger piece with smaller broken piece. Likewise image on right.

Below: Large ceramic magnet with neodymium magnet attached. On right showing both together under the ferrocell. With field pressures equalized both magnets appear no different than a single ring magnet.

Below: Two color inverted images of ring magnets under the ferrocell. Notice the perfect pair of inner and outer hypotrochoid of convergence and divergence.

Below: Cube magnet under ferrocell. Polarity is left to right on left image, and top to bottom on right image. Notice the# brighter yellow light along the inertial plane of the magnet.

Below: Cube magnet under ferrocell. Image on left has been inverted. Showing polarity top and bottom. Notice the radial compression and voidance of the light along the dielectric inertial planes of the magnet.

Below: [Photos courtesy of Michael Snyder of revolution-labs.com] Images created by the Timm Vanderelli ferrocell invention. Ring magnets showing the hypotrochoid formations as necessitated by dielectric voidance and centrifugal/centripetal magnetic reciprocation.

Below: [Photo courtesy of Michael Snyder of revolution-labs.com] Images created by the Timm Vanderelli ferrocell invention. Two ring magnets showing field compression from countervoidance (‘repulsion’).

Picture of two 50.8mm ring magnets with their north poles facing the camera.

Below: [Photos courtesy of Michael Snyder of revolution-labs.com] Images created by the Timm Vanderelli ferrocell invention.

II – in this picture three 25.4mm cube neodymium magnets are held in a PVC mounting with all three north poles at the top and the south poles at the bottom. Notice the pole voids have joined together to form a larger composite magnet and the light paths are nearly continuous from side to side.	IV – In this picture the same three 25.4mm cube neodymium magnets are held in the same mounting with only the center magnet being flipped; placing an opposite pole in the middle of the configuration. Notice the Points of Inversion that have formed between the three magnets.

Below: [Photo courtesy of Michael Snyder of revolution-labs.com] Notice the color displacements, the green and yellow exist only along the dielectric inertial plane of the magnet, whereas the poles are illustrated (as they must be as per the correct model of light mentioned at the end of this work) in red and orange. Notice the depressed bowl shape formation along the faces of the cube polarizations.

Below: [Photo courtesy of Michael Snyder of revolution-labs.com] Broken ring magnet illustrated by the Timm Vanderelli ferrocell. Notice the color displacements. The red exists along the center where there is lower dielectric voidance, and the yellow exists along the interior rim as does the green.

Below: As predicted and discovered by myself there is white light along the dielectric inertial plane of a N50 1” cube neodymium (any magnet as a matter of fact) and red and green light along the poles due their lower dielectric capacitance as illustrated by the Timm Vanderelli ferrocell. Literally the three magneto-dielectric (convergent, divergent, and dielectric) pressure field-zones of the “magnet”, the divergent centrifugal, the convergent centripetal, and the dielectric inertial plane have dissected the light into its relevant constituents based upon the magnitude of their dielectric pulse compositions proportional to wavelength. The invention potentials for this discovery have yet to be fully realized but are to be sure, enormous.

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Below: [Photo courtesy of Michael Snyder of revolution-labs.com] Image on left you see a cube magnet looking corner-on behind the Timm Vanderelli ferrocell. Notice the depressed bowl shape formation along the faces of the cube polarizations.There is amazing depth from the T. Vanderelli ferrocell which clearly shows my prediction of centrifugal ‘inward sloping’convergent magnetic pressure as opposed to the ‘rim’ of high magnetic centrifugal divergence. Image on the right you see four cube magnets creating countervoidance pressure formations; this formation will be discussed elsewhere.

Below: [Photos courtesy of Michael Snyder of revolution-labs.com] Images created by the Timm Vanderelli ferrocell invention.

Below: [Photo courtesy of Michael Snyder of revolution-labs.com]. On left ring magnet showing hypotrochoid center; notice the higher dielectric capacitance light is on the periphery and the low dielectric capacitance red light is in the intermediate low pressure zone. On the right you see a cube magnet looking corner-on behind the Timm Vanderelli ferrocell.

Below: [Photo courtesy of Michael Snyder of revolution-labs.com]. Image on left showing the blue and green (high Z-axis radial dielectric capacitance) being directed along the dielectric inertial plane. Image on right showing three ring magnets showing field compression from countervoidance.

Below: [Photo courtesy of Michael Snyder of revolution-labs.com]. On the left are 3 magnets, some undergoing voidance, and the far left and right undergoing counter-voidance (repulsion). On the right is light being directed along the dielectric inertial plane of multiple magnets.