the zero point energy molecule! savior of mankind.

[resonanceman]

nitinnun

I  just checked  a glue  cell I made months ago .   
It is  as hard as a rock now  but still putting out a little power .

I just  shorted  it out ......I will check it in a few days .    If it  recharges  itself  after  being  shorted out a few days then  I would say that it is  as good or better than anything on the   crystal cell  thread.


As far  as your  ZPE  idea .   
Arn't    you   trying to  use  atoms  in  both series and parallel ? 


What  works on  a  small  scale  might work on a larger  scale. 
Why not make   a  glue cell  ZPE? 

Just   change  the  word  atom with  layer  in your  description .
It  would  be like  a multicell  glue cell
It  would have  alternating layers of  copper sheet  and  sheet metal
with  a  dialectric saturated  with glue,  maybe cotton   or  plastic mesh .
The  each  layer  would  be  isolated  from all other layers.
The only  layers  that would have electrical  contact  would  be the  top and  bottom layers.


gary 

[nitinnun]

But that is the dilemma, how to find where these ZPE compound atoms are, and how to create proper terminals between all of them.

Also, how do you know which direction the charge will take place as to oriented the positive or the negative terminals. Or are you saying that the ZPE compounded atoms will self-orient, but then how do you determine why and which way?

you do not need all of the atoms, to configure into ZPE molecules.
it doesn't take many of them, to create a lot of electricity.

the copper/iron/polymer atoms that DO NOT form into ZPE cells,
should still conduct the power generated by those that do,
to the terminals.



the clockwise spin (positive),
collected/generated/whatever by the copper atoms,
is attracted to the steel terminal (negative).

the counter-clockwise spin (negative),
collected/generated/whatever by the iron atoms,
is attracted to the copper terminal (positive).

because of this, the copper terminal will always be positively charged,
and the steel terminal will always be negatively charged,
no matter which direction the ZPE molecules, are facing.

[nitinnun]

i just realized the ZPE molecule tonight.
so i havn't had any time to come up with molecular-level applications.

but the above, is what i want to focus on next.



elmers school glue, is just a polymer.
like this:

   H H H H H H H H H H
   I   I   I  I  I   I   I  I   I  I
X-C-C-C-C-C-C-C-C-C-C-X
   I  I   I  I   I   I  I   I   I  I
  H H H H H H H  H H H


there is an unbroken chain of COVALENT BONDS, between the carbon atoms.

this unbroken "covalent bond chain", conducts magnetic energy between the 2 metals.

yet this polymers "electrical resistance" is so high, that ELECTRICITY cannot flow from one metal to the other metal.

the polymers "magnetic conductance", allows the 2 metals to charge up.
yet the polymers "electrical resistance", prevents the 2 metals from shorting out each others charge.



the keys to a working ZPE molecule, are:

* the "chemcial elements" in the crystal lattice.

* good "magnetic conduction", through the "covalent bond chain".

* an "electrical resistance" in the lattice,
that is stronger than the electrical build up in the metal terminals.

[nitinnun]

heating things, then cooling them in cold water, causes them to crystalize.

a crystal lattice made of covalent bonds,  is what we want.


maybe if someone built a small brick oven, melted copper powder, steel powder, and fine grain sand, then dunked it into a bucket of water?

[nitinnun]

.......the irons atoms magnetic field,
is conducted through the "covalent bond chain" of the polymer/glue.

the iron atoms magnetic field, then "interacts" with the copper atoms diamagnetic field?


how does the "electron magnetic field" of the iron atom,
interact with the "diamagnetic field" of the copper atom?


kosol ouch said something about this.

but i think he used a powerful magnetic field from a sinoid coil,
to interact with bismuths strong diamagnetic field?


bismuth works much better than copper.