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• Specially wired Acrylic Box that accepts magnetic current and causes it to manifest as light

• Suggested uses - Light for structures: Buildings, Greenhouses, Homes, etc.

• Requires the Magnetic Current Generator to power the Light Box

The Magnetic Current Generator supplies the necessary magnetic current to power this unit.

This is a magnetic device that encases molecular structures in a see-through box and then causes them to manifest as magnetic light. This device, aside from supplying light, will also aid in proving that the bulk of molecular structures are magnetic.

The light occurs partly due to the arrangement of wires that function as LIGHTING FILAMENTS and do not produce heat as we know it. This device has the needed atmospheric interior that causes magnetic current to manifest as light through a series of magnetic interactions.

The device has the correct wiring arrangement, which causes magnetic energy to be subjected to a change of motion that contributes to the manifestation of light.

This light box is made of 3/8" thick acrylic measuring 29 inches high, 18 inches deep and 12 inches wide. This box has the bottom acrylic fastened so as to be removable and secured to hold 5 pounds of air pressure. Magnetic current is circuited into this box in such a way so as to travel around all the interior edges, then be returned to the generator. The magnetic current is attracted back to the generator, but the wiring controls how much current returns to the generator causing a magnetic energy build-up in the box. This energy build-up in the pressured environment causes a molecular reaction that is nuclear in nature with minimal heat and no radioactivity. It is a form of cold fusion as the reaction between the wires spreads and releases the transformed magnetic energy as light.

The acrylic box is sealed to hold 5 pounds of air pressure and magnetic current is circuited into the box. This energy travels 50 percent of its distance in one direction and then completes its return circuit by interacting with the flow of the wire only 1/8-inch away. This magnetic activity becomes transmuted into a light form of magnetism as it utilizes the 5 pounds of air inside the box.

There is some modest heating but the wires' temperature could be called COLD when compared to electrical filament heating.

This light box illustrates that most molecular structures are MAGNETIC. People will call the energy inside this unit electricity, but this energy is more accurately described as a LIGHT FORM of magnetism. All light is a form of magnetic energy. Electricity is the misuse of magnetic energy, and electrical light is a form of magnetism that creates unnecessary and unhealthy bi-products. As this unit demonstrates, light can be produced without damaging the environment.

If the air is taken out of this unit the light stops showing that the air is a magnetic conduit.

Other gases can be mixed in the box to bring various results. Magnetic fields around the box will produce different results. This simple unit has endless possibilities for scientific investigation.

PARTS LIST:

1. A 3/8 inch thick acrylic box measuring 29 inches high, 18" deep by 12 " wide with a removable bottom plate.

2. Acrylic bottom plate, 1 inch thick measuring 19 inches by 13 inches with a 1/2-inch deep groove to hold the upper portion.

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3. An 'O' ring seal that gets compressed between parts #1 and #2 for box sealing purposes.

1. An air intake pipe and valve used to hold 5 pounds of air inside this box.

2. Nylon screws to firmly hold parts 1 and 2 together.

3. Are numbers that identify locations inside this box. These numbers, 1 to 17 show how wires are circuited around on the inside of this box.

4. The wire wrapped around in one continuous length of clean #27 copper coated steel wire.

5. Acrylic wire holding spacers shafts bonded to all 17-corner locations. These shafts allow wires to be firmly tightened so as to maintain a 1/8-inch spacing between all wires.

6. Viewing figure 1. To begin, a small spool of #27 clean copper coated steel wire is located inside the box. This wire should be similar to the wire inside a coaxial cable. Next, the wire is secured into one wall by having an acrylic tube fastened on the box and bonded to the wire's insulation jacket that is on the wire outside the box. This wire should have enough length to go to the Magnet Current Generator which supplies the energy to power this light box.

Next, with the top and bottom open (top to be glued in place after wiring), the wire from the spool is placed over a 1/8-inch short acrylic spacer shaft located at position #1. This wire is held firm by an acrylic snap collar (see figure 1), and is then circuited to point #2 where another collar is pressed into place to keep the wire tight. This winding pattern goes around for all 17-wire holding locations until arriving back at start point #1. This same spool of wire now reverses and goes backwards 1/8 inch away from the first set of wires until arriving back at location #1.

The end of this wire is left DEAD ENDED. Next, this wire end is bent into a hair pin shape that places it 1/4 inch away from the wire which has entered the box at the start of the winding.

The final wire connection inside the box is as follows. The dead-ended wire has a very special connecting method that then returns its flow back to the generator. (See Figure 1). A second copper coated steel wire is secured and protruding inside the box that goes to the magnetic current generator. This wire has a clean #40 copper wire securely attached. This thin wire serves somewhat like a fuse as it makes contact to the dead-ended wire. This thin wire controls how much magnetic current leaves the light box; it keeps a certain magnetic pressure in the box to create bright light.

These two wires, while being held 1/4 inch, apart are wrapped around with three wraps of #40 wire.

As shown, this contact surface is only 3 BACKSIDES of contact. The use of this thin wire, and its minimal contact prevent the magnetic flow from returning to the generator with a volume that could drain the energy from inside the box.

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