the zero point energy molecule! savior of mankind.

[TechStuf]

Interesting past you've had....


Yahweh bless you in all that you choose to pursue!


Blessings in Yeshua, Jesus Christ,


TS

[nitinnun]

the thing i really need to know right now, is:

"how does the iron atoms magnetic field, interact with the copper atoms diamagnetic field?"

i feel that this is a VERY important question.
but where am i to find a straight answer?

(kosol organizes his words about as well as dad organized the junk in the garage.
it is almost impossible to gain intuitive insights from kosols words, because they are so incoherant.)

[Yucca]

Hi Nitinnum,

Love your work, here is a thought I had that may help:

Maybe you could make colloidal solutions of copper and iron. As you probably already know, colloidal solutions are monoatomic bits of the metal floating around in water. Not clumps but individual atoms just floating around!

You can make a metal colloid easily at home, I like making colloidal silver it is a great antibiotic for topical and local use, the same method can be used for making any metal colloid:

Copper colloid example:
Get distilled water (pure as you can get) and put pure copper anode and copper cathode in, then pass through small current for a long time. Best to use constant current source as solution resistance drops over time, you dont want heat or gassing. I use constant 1mA  for fully immersed 2inch long electrodes.

Mix your colloids up well, mix for an hour or two using small motor and stirrer.

Then evaporate down slowly until concentrated. You can measure the resistance of the solution, obviously drops as it gets more concentrated.

Then add a little magic elmers to the colloid cocktail and mix well again.

Then wait for it to dry and watch as the power rises, careful not to get a meltdown!

Maybe you could do other tricks with the colloids like making individual elmers solutions and then misting alternate fine layers onto copper plate, waiting to dry between layers, then finishing the stack with an iron plate?

Best, Yucca.

[amigo]

Yucca,

That is not a guaranteed way to make atomic colloids, far from it. Have you taken your CS to be imaged under TEM (Transmission Electron Microscope) and determine the actual particle size?

You will probably find out that your have lumps and not nanoscale particles as expected. The best effect you could possibly achieve with CS is by having 1-10nm size particles because then they are on the comparable scale as virii, plus on that size they act like antennas for Cosmic Energies as well.

There's some theory about wet electrode surface being used in connection with the applied current in the solution. Also, are you using straight wire or did you curve them into U shapes. They say that there should be no sharp edges and that U and coiled shapes work better than straight wire.

Either way I have built and experimented (and still am) with several different kinds of circuits, AC, DC, pulsed DC, solid-state Bedini, switching polarity. I am going to do a micro-controller version as well where it can monitor the conductance and adjust current/voltage. But all that is pointless without being able to actually determine particle size imho, and TEM access is expensive, $80/hr.

[amigo]

nitinnun,

I was thinking, perhaps induction heating could be used to bond the Fe and Cu together. Albeit you will need 1,500 C and your polymer buffer will have to fit that bill as well without decomposing in the process, perhaps graphite could be used. That is really an easy part and could be done in a home/shop environment, the bigger issue is whether this process needs has to be in a Vacuum or inert gas chamber. Oxidization that could ensue in presence of air is a concern that needs to be addressed before anything else.