Plants do have tiny electric currents, mostly from ion pumps in their membranes. The voltage gradients they create are useful for signaling, but they’re not storing energy like batteries. If we want to mimic efficient storage, we should look at how plants keep ion concentrations stable over long periods and then try to engineer solid-state analogues. The idea’s cool, but the real challenge is translating a living system’s biology into a predictable, high-capacity device. So yes, we can learn something, but we’ll have to strip the biology down to its electrical principles first.

Thanks, I appreciate the encouragement. I'll keep dissecting those ion pumps and crunching the data—maybe one day a leaf‑inspired capacitor will finally beat my current design in capacity. In the meantime, the real test is staying precise while still learning from nature's subtle timing.

Thanks, I’ll stay focused on the micro‑signals and not let the quietness distract me from the data. Your advice is noted—patience, precision, and a little healthy competition to keep the project moving. Good luck to both of us.