Crystal Power CeLL by John Hutchison

[KELVIN]

correction to my previous message the frequency should be hydrogen line (1420.40575 MHz)

woops

[PaulLowrance]

Hi Kelvin,

You are 100% correct that a percentage of P & N types will align within an intense electric field when the material is sufficiently heated and then cooled. This produces a permanent electric field in the material, which is actually very intense near each PN junction.

Also, the materials that Marcus Reid & John Hutchison are working with are Electrets. That is, they posses permanent electric dipoles that also form an intense electric field. Maybe they contained aligned PN junctions as well.

So those are different two ways of producing intense electric fields within material, and I firmly believe that is the secret to the "free energy" in Electret batteries and diodes.

Three years of extensive diode measurements has clearly show the highly shielded diode produces DC current & voltage. The record so far is 0.353 volts @ 10 pA from a single diode. Piezos produce over 3 volts, and I've seen a piezo produce over 1000 pA (1 nA). A EE (by profession) I'm working with measured over 3 volts form his shielded piezo. We're getting comparable voltages with Marcus & Hutchison batteries, but the difference so far has been DC current. The reason our current is so low is because we're dealing with pure materials that have ultra high Rz resistance.

The next phase in our research is to search for materials that have this intense built in electric fields (by PN juntion and/or electric dipoles), but with lower Rz. This should not be too difficult, and should at least get us close to where Marcus Reid was, 1 mA.

Hopefully we'll be over the 100 mA level within a year, Knock on wood! 

Regards,
Paul

[KELVIN]

Hi Paul

I think that the hole structure when its within the intense magnetic field would create meny dipole alignments straddling or overlapping hundreds of thousands of P N junctions in the medium surrounding them.

Also the work of John Hutchinson and  Marcus Reid seem to be very similar with a mix or medium with heating and magnetic fields involved, But i do have my own idea of what is really happening and i needs to be tested.

The work that you have done on diodes is very extensive i can see and is extremely eye opening especially. but to me the best proof came from your attention to detail when you screened all of the test diodes. to me this is proof that the zero potential is being tapped and no EMF is involved in the readings.   

3v at 1 Na from a peizo is very impressive may be that is the direction to go with multiple peizo in parallel and series. but what happens to the Rz under load for long periods of time wonder if it changes permanently. also if you have got a scope that can get to the hydrogen line try ramping up the amplitude and see if there is any noise at that frequency.

1ma is alot to get from a cell it is so frustrating i wonder what marcus  has in his mix. 

My theory is that its not just the P N junctions being polarised (dipoles) but we are looking at a 4th dimensional variable ie time.  If i can ask you to imagine the atoms and there alinement's making up the P N junctions, and an analogy would be when you empty garden peas into a saucepan of water some of the peas float to the top of the water forming a tight layer of peas let us imagine that they are our atoms in the P N junction  all the atoms are relative to our linear space time, so if i was to bush one or two of the peas in our imaginary saucepan  down the water will flow over that pea, so if one or two of the atoms in the P N junction were out of our linear time just slightly then electron flow might gush through.

I think that its just an alteration in linear time within some of the P N junctions enabling electron flow. it might be that when you switch off the magnetic feild the spikes in the coil are coursing very small alterations in other ways to some of the atoms within the mix.

sorry its so long winded         

[PaulLowrance]

Hi KELVIN,

Actually in a John Hutchison video he shows applying a high voltage, not magnetic field. In theory that's correct, it should be a high electric field. One can experiment with a high electric field, and also electrical current. The way to make Electrets is with a high static electric field, not current. The material is melted. Most materials have relatively low electrical resistance when melted, so there's no way to apply such high voltage in DC current because it would heat the material so much that it would remain melted.

So Electrets are made with high electric fields. You would have two metal plates at high DC voltage. Then there would be electrical insulators (plastic, glass, etc.) against each metal plate to prevent electrical current & discharging. Then the melted Electret material is placed in between all of that so that the Electret material is placed in an intense electric *field*, no electrical current.

I guess one could also apply some electrical current, but I don't know how that would effect it. Also, maybe it's fine to have some AC, but there must be DC, and I don't know how the AC would effect things.

Paul

[PaulLowrance]

For people interested in building these baked batteries, I would offer some possibly good advice. Instead of using metal plates around the material, try using an electrical conductor that is dielectric such as Graphite. Extruded graphite works well, and is the cheapest graphite I'm aware of. A few links -->

http://www.graphitesupplies.com/servlet/the-417/TTK-4C-Sawcut-Copper/Detail

http://www.graphitesupplies.com/servlet/the-1117/EG-dsh-8-Extruded-Graphite-Plate/Detail

The only negative with this company is they charge an arm & leg for S&H, ~ $20. Does anyone know of other places to buy Extruded graphite?

Regards,
Paul