"When a distinguished but elderly scientist states that
something is possible, he is almost certainly right.
When he states that something is impossible,
he is very probably wrong."
Arthur C. Clarke (1917 - 2008), Clarke's first law
Searl Effect Generator
The Searl Effect Generator (SEG) functions along the principles of a linear induction motor (LIM), but designed around a circular track for continuous motion of movable rotors. It is a magnetic prime mover of electromagnetic multi-phased cylindrical rollers over fixed stator rings and free of any mechanical wear or friction.
The SEG’s stators and rollers are magnetic components uniquely magnetized or imprinted with matching magnetic pole patterns.
While the neodymium layer serves as a source or reservoir of electron charges that are drawn out by electromagnetic induction. These redial currents though the rollers makes for mechnical motion at right angles to both the electric and magnetic fields.
The SEG configuration of rollers in motion, cuts through the magnetic flux with a unique cycloid pattern that is superimposed over an orbit around the circumference of the stator. In this manner, each roller can also induce eddy currents of mutual induction between the copper surfaces to form a frictionless ‘magnetic bearing’ as it generates radial electrical potentials. Frictionless operation enables the SEG to operate without physical wear and thus enabling it to operate with a service expectancy of a lifetime.
Technical Definition of a Surface Operating SEG
A Plate cross-sectional view showing the four material component layers
The generator consists of three stator rings (called Plates) that are composed of four distinctively different materials concentrically layered to each other and fixed to a base. Surrounding each of the Plates is rotors (called rollers) constructed with the same materials but are free to rotate around the Plates. The inner most Plate typically has 12 rollers, 22 on the second stage and 32 on the final Plate. Surrounding the outer most rollers are conventional electromagnets, which by way of magnetic induction taps energy out of the rapid passing of magnetized rollers. These inductive pickup coils are connected in various configurations to supply AC power at a variety of desired voltage and current levels to suit residential or industrial applications.
The SEG is defined as a device constructed of 2,124 component parts that make up 3 plates and 66 roller sets. 12 of the 2,124 components make the 3 plates that act as reaction components. 2,112 components are employed to create 66 roller sets that also act as active components. Each roller set consists of 8 segments constructed from 32 components.
Each segment cannot be less than 34 grams in weight, as the law of the squares defines that value as the lowest value suitable for the reasonable generation of electricity. Therefore the smallest roller set must weigh 272 grams, making a grand total of 2,244 grams per roller set for the smallest surface bound SEG.
The SEG is a step up rotary transformer. In fact it’s a 'three rotary transformers' operational system, within the whole unit. The inner transformer output is fed in to the input of the second plate which increases the output of the second unit, which output feeds as an input to the final unit, thereby increasing its final output to a very high voltage. The output windings can be designed to step down the output to a standard 240 volts at the rate of about 15 Kilowatts for a home unit.
From 1946 up to 1968 the Searl Effect was referred to as magnetic bubbles in motion as it was explained in John's early newsletters. In 1968, it became clear that these magnetic bubbles contained particles in a set manner and that there was a set pattern to how many bubbles were present in the material. Because of this finding, Searl dropped the term ‘magnetic bubbles’ and replace it with the term ‘magnetic quantum material’ and released these details in a newsletter which has since been reproduced in one of Searl’s books a few years ago. A laboratory examination also agrees that somehow the material changes its state when produced in this manner.
When the rollers are brought into close proximity to the SEG plate,
the SEG resonant magnetic field causes electrons to be drawn
into and accelerated through the machine. This process is assisted by
the highly electron-attracting or capturing effect of the neodymium layer.
The unique mechanical and material arrangement of the SEG pulses the neodymium to continually release and replace the surplus electrons that provides both mechanical and electrical power.
This SEG mockup is a recent development towards a working prototype which demonstrates many of the core principles of the SEG in motion.
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