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Rock Crystal Cell 1
To all,
Ok at least someone knows the rocks. That is correct just about everything is in it including mica. Something very important if you attempt to build and test rock batteries. you first must determine the length of the holes your going to drill because you need the rock to work like a porous membrane so I hope you all understand what must happen.
The rock I'm using has very high resistance between the two chambers so you must carve a very thin wall without breaking it so the electrons can pass through it. The impedance of Crystal Cells is not a fixed unit because it can vary according to the load placed on it. I do have permission from Marcus Reid to make a full youtube of his cells and how they work I can even say the chemicals used in it. For all of you that watched his animation's, I can explain it this way. Marcus likes to think of his cells like a solar cell without the light. I see something much different going on. In the animation he shows sailing ships starting at the positive pole of the battery and a wind / or electrical wind as he calls it pushing the ships along. As the ship sails through the water a bow wave under load appears, no load no bow wave, it is this wave that powers the electrical lights and loads in all electrical systems.
So all the energy is originated in the separation of the dipole when the ships are all gone as they sailed to the negative terminal the battery is dead. I however I see this much different as the Reid cell can reverse itself. So what Ried has built is a switching battery that can recharge itself, so the ships never stop sailing. Reid cells uses Polycrystalline Silicate that is in-between the Aluminum and the coated copper electrode. This should give you some idea of what is going on in the coherent Vacuum in this cell.
Happy sailing.
John B
To all,
Ok at least someone knows the rocks. That is correct just about everything is in it including mica. Something very important if you attempt to build and test rock batteries. you first must determine the length of the holes your going to drill because you need the rock to work like a porous membrane so I hope you all understand what must happen.
The rock I'm using has very high resistance between the two chambers so you must carve a very thin wall without breaking it so the electrons can pass through it. The impedance of Crystal Cells is not a fixed unit because it can vary according to the load placed on it. I do have permission from Marcus Reid to make a full youtube of his cells and how they work I can even say the chemicals used in it. For all of you that watched his animation's, I can explain it this way. Marcus likes to think of his cells like a solar cell without the light. I see something much different going on. In the animation he shows sailing ships starting at the positive pole of the battery and a wind / or electrical wind as he calls it pushing the ships along. As the ship sails through the water a bow wave under load appears, no load no bow wave, it is this wave that powers the electrical lights and loads in all electrical systems.
So all the energy is originated in the separation of the dipole when the ships are all gone as they sailed to the negative terminal the battery is dead. I however I see this much different as the Reid cell can reverse itself. So what Ried has built is a switching battery that can recharge itself, so the ships never stop sailing. Reid cells uses Polycrystalline Silicate that is in-between the Aluminum and the coated copper electrode. This should give you some idea of what is going on in the coherent Vacuum in this cell.
Happy sailing.
John B
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