72 GHz range. Reverberates the magnetic field. 4 mm wavelength. A stator placed in a wide big circle. Would have two emitters. Placed above it. Each emitter Illuminate a area. Inside the stator circle. Placed opposed at 180 degree. They are made to circle around inside the stator. Generating magnetic field. Potentially while a gaussing pattern back and forth is done inside the area of illumination. While circulating. This to make power as a classic stator. The 72 GHz can be betwen 69 to 73 GHz. Generated by my high frequency trick. A ch 10 MHz square with B 9.997 200 MHz square. B ch 9.996 900 MHz to 9.997 300 Mhz square or same wave. Where red A and B is set equal length to a emitter. Or direct by radio frequency capable electronics. The magnetisation is even stronger with magnetisation pattern. Back and forth repetitive motion over a material. Adittion to it. At the end side of each 72 GHz range emitter. A trailing at end edge. A radio emitting metall sideways shielded direct downwards antenna. That has a back and forth emission volt effect. With a frequency upwards repetitive signal. This degauses the magnetized area as it is left by the rotating 72 GHz range magnetizer. To get a focused magnet instead of a lagging one. A material must be present inside the stator ring under the revolving magnetizers. To be magnetized. The setup can be made easy. With one source of range 72 GHz. Fed to two areas inside the stator. Of wich both areas are made to revolve inside the stator ring. By physicly circulating by a central motor driving the emitter around on top of the stator. Opposing each other at 180 degrees. Most simple. Another design version is. One wire to the outer area in the stator ring. One more inwards. Alternating at high rate between them. Of 72 GHz range emission signal. Amplitude varyingbetween the two wires. The outer side of the stator. Having less or more than 100 segmenst of wires after each other. With pr segment a pair wire slightly inwards. Of wich each wire changes in amplitude of emitting 72 GHz range. With several turns between the pair of wires be before going to the next. Simultaneously at two points in the stator. Opposed by av 180 degree. To magnetize. A already used in direction pair of wires. Trailing the active magnetization pair wires. Is used in other mode. Also digitally controlled. To degauss the lament magnetic field. Wich do dissipate naturally. However not fast enough to define the magnet. This trailing wires. Are set to alternate a signal upwards in frequency between the wires. Hence degausing the area. Trailing the magnetisation area. To focuse the magnet at two areas at 180 degree. This will produce power. Like a solid magnet stator. Here by not moving a weighing magnet. Instead by using the signals to magnetize a none magnetic material. That can be magnetized by the 72 GHz range radio signal. Almost all materials may be used. Reciding in a 72 GHz range signal and a naturally existing or artificially made magnetic field. Will if 72 GHz range is sent. Magnetize a material. To evoke a much stronger magnetic effect. That lasts fore a small amount of time until the signal disopates. With magnetization pattern. If this Is performed by the 72 GHz range. With physical motion of its emitter. Most materials under the motion. Back and forth. Will with this frequency range. Be magnetized powerfully. Fore the duration of the physical motion. Fore a small amount of time. Seconds. After the physical motion is halted. Therefore. A moving magnetic force can be made to very strong magnetic field. Emulating a solid magnet. Without moving physicly such magnet. However emulating it's force and movement. Without moving such mass. The patent include the ability to have 72 GHz range signal generate a artificial magnet. That can emulate in the two power units described. A moving magnet. Fore powerproduction and magnetization. Hence generate a stator power. By applying this fore magnets. In circling power generator or linear back and forth motion inside a coil field.
Another generator of 72 GHz range. Is a coil filled with a material to be magnetized by the 72 GHz range. The magnetization is done by pairs of wires alternating the emission amplitude between the wire A and B in the pair. Several repetitions. To make a motion of signal back and forth over the material. The wire pairs are placed at 90 degree on a long coil with a material inside. Inside the coil is a solid material. Each of the 20 wires less or more have 72 GHz range emissions. First pair wire at one side nr 1. Is made to generate a switching amplitude of 72 GHz range. Between the pair of wires. Emulating the effect of the magnetic emitter of physical motion. To go back and forth over the material under. After such motion have generated a magnetic strong force in the material underneath. A adjacent pair of wires take over. 2 3 4 5 so on to nr 20. After each other. Then back again 20 19 18 so on to nr 1. This to move the artificial magnet back and forth. When the magnetic force moves back and forth inside the coil. A moving magnet in the coil generates electrics. Powerfully. If a solid by 72 GHz range magnetized material recides inside the coil. This is magnetized powerfully under the pair wires. This would make a magnet in the solid material. That moves from back and forth inside the coil. A magnet moving in a coil. Therefore electrics.