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The Free Energy comes through a very simple diode structure that uses ionic transfer in the form of D.C. Current to Create Electricity. The science of "Crosslinking" is really a form of oxidation that creates an ionic flow. The more surface aera, the more stable the flow. If the energy is enclosed in a shorter area, such as a battery type device, it must be "stepped down" in voltage so it does not corrode itself. Below is a sketch of the device. Click on the image for a larger size.


HERE IS THE CURRENT FORMULA THAT WORKS BEST SO FAR:

Sodium Silicate is mixed with zinc oxide powder in a 1:1 ratio. This is soaked in a cup with a cotton or similar thin fiber or placed over a #30 to #50 copper mesh screen.

When dried, this is wrapped around a magnesium rod, thinly coated with vaseline. The magnesium rod has a .99% silver wire attached to the top.

The “tan paste” formula consists of the following ingredients (all in a 1:1 ratio): ½ Teaspoon of Calcium Sulfate (gypsum), ½ Teaspoon of Sodium Alginate, ½ Teaspoon of Potassium Chloride (salt substitute), ½ Teaspoon of Epsom Salts and 3 drops of Visine Extra (or PEG 400). This is mixed quickly and thoroughly with distilled water to avoid air bubbles.

After this has dried, a copper mesh or sheet of thin flexible copper with a wire extending from it is wrapped around the dried “tan paste”. The copper mesh screen or copper sheets are first pre-soaked in a solution of ammonium chloride and calcium chloride in a ratio of 1:1 until the water has turned blue. The copper sheet can be “scraped” with an abrasive pad or steel wool before treating to give it a “grain”.

The wire from the copper sheet and the silver wire from the magnesium rod are both used to create d.c. voltage. When 4 or more of these are wired in series, they will easily power an LED bulb. They will run the LED for 6 weeks non-stop or charge small capacitors. After this time, adding 5 drops of water to each side of the tan paste will “recharge” the battery.

The battery cannot re-charge lead acid batteries, due to the low amperage. If a method is found to increase the amperage in such a way it can recharge lead acid batteries, than this paves a way to make a fully electric vehicle completely self-sufficient, especially in rural areas. This would include electric boats, planes, bikes and cars.

Currently these explorers have managed to charge NI-CAD batteries or a battery charger:

http://youtu.be/umML3CHiKCQ

and http://youtu.be/SDmpfCX0Qxk



This is similar in formula to the John Bedini Formula, Here is the procedure, as shown in Post # 2564 of the Bedini Earth Light Topic in the Energetic Forum .

Take the copper and heat until Cherry Red and dip in warm water until you form a layer of black oxide and I mean Black, test with Ohm Meter for conduction you should find none.
Then the copper is ready to work with.
Take Rochelle Salts 3 spoons
Take Epsom salts 1 spoon
Take Hydrate # 5 and dope the mixture with two pinches.
Then take Iron Pyrite and file enough into the mix so you can see it as a
bronze covering in the mixture Mix it up with a spoon. Then take the magnesium and file it until you see it covering the mixture then mix it again in this dry mix.
Now take a hot plate and take just enough of the mixture in a stainless steel cup and add 4ml of water not much, heat to 100c stering until you see little bubbles at this time the chemical will almost be ready it will dry very fast so you must work fast. Do this in a plastic box so you can seal it.

Pour the mixture the first time in the box and push the copper into it and cover the flat sheet completely with mixture. Now cut a paper towel to fit over the electrode and push it down on the copper as this will be sticky Use a big piece of magnesium (like a fire starter flat piece, drill a hole for a screw to attach a wire same for the copper, you can scrape and solder the wire on the copper.

Now heat the rest of the mixture and pour it into the box and just push the Magnesium into it, make sure it's almost to the top of the Magnesium.

Note: it would be better if you cut notches out of the magnesium so the crystal can form in the groves around the outside.
When this is completed you will have a very sticky crystal that will dry out, but in the meantime it will give between 10 and 50 Ma for the Radiant Oscillator circuit I have discussed before on this group. When the crystal dries out it will produce between 4.5 to 10 Ma with the radiant circuit, not the joule thief.
I have used these and have watched them work for weeks even months, the Idea is to enclose them with enough H2O in the mixture as this is what this cell requires to work. If you make a crappy unit you will fail, if you use the wrong electronics you will fail, just do it the way I have said here. Make sure you can not see any conductivity of the copper with an ohm meter The only conductivity you should see is in the meg ohms. That black oxide is making an NPN device, when you see no more power add 1ml of water to each side don't worry about your Magnesium because it's going to take years to kill this cell.

Because this is an emerging science, I highly recommend reading the paper New development in the area of power engineering by Mr. Marcus Albert Reid, July 2008. This is an official scientific peer paper reviewing the crystal power batteries. The paper concludes that the energy generated by these devices comes from the zero point energy spectrum.

Other inventors have created methods to also extract this energy. Tesla Cult on Youtube Shows In This Video a stack of oxidized pennies powers and LED for days.

NEW! Added May 26th 2012 - View a Image Gallery of how the device is assembled

View the Explanation as to how this works



On This Page you can see a zinc oxide layer is used to make an N type negative resistance device, using galvanized steel wire and a piece of aluminum, which than creates electrictiy. In another YouTube Experimenter, IBPOINTLESS2,uses glue (a polyelectrolyte) to generate electricity. He also shows you how to make a device using Epsom Salts and Salt Substitute in this video. Here is the same effect using Galena and Pyrite, used to power crystal radio sets. Mr. Fausto Heikkinen also uses solid Magnesium Rod Cores, like I now do, and you can watch many of his videos using magnesium, copper and activated carbon to achieve the casimir effect. We see another method to tap the ZPE vacuum with this inventor using oxide powders to create a p-type and n-type one-way diode. Other names include rectifier, oscillator and Tunnel diode. Entering the terms oxide + rectifier into YouTube and you’ll see many people using oxides to create current.

As this physics scientific research article clearly shows, the energy is coming through materials correctly oxidized in the right manner. What do all these have in common?, they are oxidizing reagents, creating an oxidation effect, thus generating a casimir effect. Because the casimir force is operating on similar principles to Galvanic Corrosion (or natural oxidation), we can see that many galvanic batteries use an acid or salt, to power them, the problem is, they run dry over time. (The reason why magnesium anodes are used in hot water heaters is because it attracts impurities, as well as moisture.) So what if we can make an alkaline solid body as the electrolyte and use only ions to power the battery, instead of a chemical reaction, thus an ionic reaction takes place, thus nothing is destroyed, only ion flow is established. A good model to build on is fish and aquarium maintenance methods. The same acidic water that is electrically conductive can be changed to an alkaline solution that is ionically conductive. By increasing and maintaining an alkaline PH. Here are 2 sources showing that Epsom Salts and Potassium Chloride (2 main alkaline components of the ZPE battery) do just that. Source #1 and
Source #2

Another factor is many of these “oxidizers” are used in wood preservatives . Because d.c. current is used to stop oxidation in pipes and ships, many of these wood preservatives are generating their own d.c. voltage in the wood, stopping the corrosion. That is why copper sulfate, tin oxide and zinc oxide, which are superconductors also generate low d.c. voltage in ceullose based materials, such as wood.

Even the slightest increase in humidity or moisture will boost the energy levels rapidly, creating corrosion. I believe this occurs because zero point energy extraction occurs much easier in a “moist” environment, probably due to the increase of hydrogen bonds, which water contains. Water also has the lowest thermal conductivity of any substance.

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