Ibpointless2 Crystal Cells

[jbignes5]

 Use hose clamps and lets see what this can do!
Share the how to to make this!

The more I think about this the more it makes sense from what we have been seeing. As the crystals grow they get pressure applied to them. This is where we have been seeing the voltage from nothing basically. The growing of the crystals pressurized the crystals and allowed then to channel the energy flowing by them in the environment. If this is the same as how we create magnets then it makes perfect sense. Remember temperature swells and shrink almost all matter. This could be the exact way we make magnets but thought it was from the applied field which I think is only to align the magnetic grains inside of the magnet. The phase change we see, heat is how this shrinkage is working with magnets. So if we do this in a round container and allow a electrode to go in the container and cook the contents fully it should solidify and tighten up. Once fully dry then take it out of the heat and walla voltage voltage voltage. The round container is for even pressure from all sides as it shrinks from loosing heat.

[NickZ]

  I'm wondering if a combination of carbon with the Epsom/Sub salt mix (dry) inside the capacitor cans would work.  As the carbon powder (or graphite) makes it so the salts can be used in a dry state without adding any water.  Once salts are melted down and re-solidify, they are not crystals anymore, but salt rocks. Possible loosing something in the process.  The harder I press the carbon/quartz mix into the capacitor cans, the more output it gives.  This may just be due to the better conductivity, instead of the piezo effect, but who knows. This also happens without the addition of quartz, so...

[jbignes5]

I have not done anything with the pure carbon cell to test compression. The cap can I am using won't allow for me to put anything in there. I will have to figure something out on that side.

Ok I can confirm that the pure carbon cell does react to pressure. I increased the no load voltage to .68 volts from .64

The only problem that I can think of with the pure carbon is that the center electrode might get crushed seeing it is graphite but on the other hand it is a soft material so it might last. My thinking is to bake these very very slowly so that the metal stays expanded for the growth period of the crystals. This way they grow full to the metal. Then all you need to do is let the whole thing cool down. This can put the strength of the metal of pressure into a focus. The more pressure the tighter these filaments gather and the higher the density of the energy. We all know what Black holes do right? They are massive compression vortexes. Learn that matter transforms this network. It collects and pools giving life to us all.

[jbignes5]

Hey IB. Great video with the clamp. Now you need to try the hose clamps they will compress from all sides.

You know Ib this could be a boon. they are an extended battery that does shrink the crystals. You are squeezing them and changing their inductive paths. They can channel more power. This does tend to line up the lattice to a smaller size and form a more compact crystal. I suspect this could last for 1-2 years maybe before you would have too much deformation or compacting of the structures. I am wondering if this would work with lead with antimony? Compressing lead should show signs of voltage I would think? or silver or gold even.. Maybe plate the carbon with gold or silver like I suggested. This would give you more inlets for the pressure and transferred to the carbon or graphite center electrode. Has anyone tried to electroplate Graphite before?

[ibpointless2]

I removed the pressure from the cell and let it rest to see if the cell's normal power is affected. It seems the normal power the cell gives off is not affected by the squeezing of the cell, this shows that no physical damage is being done to the cell when i crush it.