Regarding New battery technology.
Assuming most of you understand how a average early battery works already, i will state my inventions, or adaptations between the old and now the new battery type, and how and why i think I can improve on the concept.
Normal batteries have an electrolyte a separator, the anode and a cathode. And a central “volt” pile consisting of three different plates with different functions.
First thing I would do I not use plates but rings, and then instead of rings, i would stack dome shapes, or cup shapes instead of rings. If i stack domes, foil, paper, copper… I would use silver (foil) and gold foil) plus their actual sulfates. Too expensive for reality so I have to use their equivalents. The idea is using the cups over the plate or discs, because they have a much larger total surface area we can actually charge and hold there in the circuit, Allowing us to store up more higher currents, inside the same total battery space.
Then i would use a cathode coil inside the container, around the glass outer wall downward, to the lower silver negative charged dome shape. From the bottom up i would place a smaller Radius anode Tesla coil upwards, to a center magnet placed inside the border between the two sulfates. The magnet is a current motor, driving the circuits direction, and refreshing the electrons, recycling the free electrons around in the electrolyte solution like a 6d free space motor. Allowing for refreshing and continual motorized movement or circulation. of the fluids inside. Allowing the battery to keep the circuit going internally and fresh without adding a load, and thus without loss when not in actual use.
We could plate each cup with gold foil under it, then it itself being plastic, and then covering the top of the dome with silver foil, (or vice versa depends on goal or use) creating the flow between them using a single lightweight shape in the center of the stack. Maybe make holes in the cup and fill them with a liquid metal, to allow the current to move up between cups. More plated Cups can be stacked up higher as there is no risk of pushing out the center solid plastic layer shape. We can have many cups stored in higher (room scale) cylindrical home batteries.
All I need to do is find out if the cups are orientated Correctly. Maybe have 6 up or 6 down, or 3 up and 3 cups down, need to experiment. But the cups will allow for much more storage area, combined with the copper coils outer rim downward and inner coils upward. A lot more energy can be packed inside the same battery area. More dense energetically resulting in either Smaller batteries same power, or more power inside the same battery size.
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