Underground info

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no problem im just trying to point out some observations.. like there molding process they start to stretch the steel while its still hot right? whats that doing to the silicon inside??? then when its cooled off they still roll it out some more in a cold rolled process, whats that doing to the silicon? also they say that it forms a oxidized layer in presence of oxygen do to the oxidized chrome layer it develeops??. think on that.


The chromium forms a passivation layer of chromium(III) oxide (Cr2O3) when exposed to oxygen. The layer is too thin to be visible, and the metal remains lustrous.

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no problem im just trying to point out some observations.. like there molding process they start to stretch the steel while its still hot right? whats that doing to the silicon inside??? then when its cooled off they still roll it out some more in a cold rolled process, whats that doing to the silicon? also they say that it forms a oxidized layer in presence of oxygen do to the oxidized chrome layer it develeops??. think on that.


The chromium forms a passivation layer of chromium(III) oxide (Cr2O3) when exposed to oxygen. The layer is too thin to be visible, and the metal remains lustrous.

W/E the way s/s is done , we have no power over it . We will test with the s/s we have , 304 material .

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                                                        The piezoresistive effect
 describes the changing electrical resistance of a material due to applied mechanical stress. The piezoresistive effect differs from the piezoelectric effect. In contrast to the piezoelectric effect, the piezoresistive effect only causes a change in resistance; it does not produce an electric potential.

                                                         Piezoresistive effect in silicon

The resistance of silicon changes not only due to the stress dependent change of geometry, but also due to the stress dependent resistivity of the material. This results in gauge factors two orders of magnitudes larger than those observed in metals (Smith 1954). The resistance of n-conducting silicon mainly changes due to a shift of the three different conducting valley pairs. The shifting causes a redistribution of the carriers between valleys with different mobilities. This results in varying mobilities dependent on the direction of current flow. A minor effect is due to the effective mass change related to changing shapes of the valleys. In p-conducting silicon the phenomena are more complex and also result in mass changes and hole transfer.
http://en.wikipedia.org/wiki/Piezoresistive_effect

it makes the plates/ or tubes act like a diodes i think.. you know how a diode has a p-type (positve) and n-type(negative) well what if the silicon goes through the piezoresistive effect and it dopes itself with the force of pure opposite potentials one directional flow emf. that would use high potential vacuum to do that? stan said somthin about alignment due to the high potential but maybe he ment this..   i mean if they get doped like that (under intense electrical stress)  in any normal circumstance +1000 and -1000 potential would want to cause current in a diode right? the current is not flowing because its stuck on the core.. it has a mutual inductance to its fello bifilar. since we are displacing on a 1 to 1 ratio.. 1 hole for one electron.. they are happy on the core..which i think would make it act like a doped capacitor???  i cant see over 3000 volts going to the water.. i think stan may get 40kv with the taperd cavity. due to geometrical

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Now that I read chapter 10 and 5 , its clear to me that its indeed a bifilar like you say ... I'm reading the part on the *miniature sun* , this is energy coming from the vacuum , hence truely opposing waves .

but becomes *more positive* because of the diode , chapter 10 is really informative .

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fellas we are stumbling into the basic of quantum mechanics!!  i know if you guys really know what stan does to get the electron particle generator to work you know what im talking about.. stan hints on it a little bit.   stan was saying that you can bond atoms that have never been bonded before because  your able to strip enough electrons to make it happen.. the electron particle generator.. has a magnetic gas inside it.. magnetic gas doesnt exist at ambient tempatures.. stan quantim mechnicaly made it.. he used his vic with electrodes present by iron powder and argon gas. when placed under high voltage he would pluck electrons from argon and was able to get metal ions to bond.metal  ions all spin the same way and they produce a emf.. stan is also the inventor of man made magnetic gas..   chemistry bonds occur between 1-10 volts..


this video is a must watch..

http://video.google.com/videoplay?docid=1501838765715417418&ei=rSzMSZWvKYKwrAKB_-i-AQ&q=photons&hl=en

outlawstc

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Organic light-emitting diode

http://en.wikipedia.org/wiki/Organic_light-emitting_diode

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pretend you have a clock one hand has a hole at the end (light) and the other has a electron.  these arms are both at 12 oclock.. when a displacement of electrons starts to take place the clock hands move bidirectional..  every time the clock hands cross paths they exchange a hole for an electron.. now really really focus on this in a realitivty manner(time)  if your differential displacements are  balanced then both clock hands are traveling bidirectional at the same rotation speed so they are meeting at 12 and 6 oclock every rotation.   if theres a difference in potential then you will not be at 12 oclock,,  you will create another rotation to occur thats uneeded..  like if the clock hand thats starts at 12 and is going counter clock wise was being forced with more potential.. it would be making that clock hand travel at a faster speed..  so if its going faster then you get your exchanges happening at different times.. like 12 then 5 then 10.. and it would be all off.. but if your in resonance your trade should be at like 12, 6, 12 ,6, 12, 6........ thats resonance in more detail??  so when you get that understood.



now think on this.. the earth.. can tell us so much more then we tend to notice..
we are on this sphere right??/.. what is it surrounded by on all sides? space!!! what is space?? vacuum!!!
 well if its a vacuum what keeps this planet from falling apart??? there must be a force pushing down! well what force could be pushing on us??? gravity.. well whats creating that gravity?  potential.. ..

invision all the layers of the atmosphere.. and consider the very top bordering space  you have one electrode there and earth is the other.. what is happening between them 2 potentials? whats causing the  ionosphere? all elements in that region are being ionized to positive energy state... ozone(higher energy state oxy gas) from radiant light and most likely the vacuum state of space potential!!! 

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fellas we are stumbling into the basic of quantum mechanics!!  i know if you guys really know what stan does to get the electron particle generator to work you know what im talking about.. stan hints on it a little bit.   stan was saying that you can bond atoms that have never been bonded before because  your able to strip enough electrons to make it happen.. the electron particle generator.. has a magnetic gas inside it.. magnetic gas doesnt exist at ambient tempatures.. stan quantim mechnicaly made it.. he used his vic with electrodes present by iron powder and argon gas. when placed under high voltage he would pluck electrons from argon and was able to get metal ions to bond.metal  ions all spin the same way and they produce a emf.. stan is also the inventor of man made magnetic gas..   chemistry bonds occur between 1-10 volts..

yeah he said that, amazing stuff and what  he explains makes perfectly sense, but is it is reality? hope we'll find out.