Experimental Proof: Battery Voltage Increasing

Added: 2026-05-27

[00:00:00]This is the best test we've done. Why is that? Well, it's because we took out almost two and a half times 2.4 2.5 times as much energy as we put in and the battery voltage has increased beyond where we started. Okay? Look at that, you guys. Now we're up to 13.188.

[00:00:15]So, the battery voltage is increasing.

[00:00:17]We're taking out two and a half times as much energy as we're putting in. It's pretty cool. There's a lot of other data in these graphs as well that we can go into after this, but let's just do it again. Let's Let's do it again, you guys. And you can see [clears throat] the battery is charging and we're going to do it for 5 minute. And again, we're getting closer. Last time we took out 8.8. This time we're going to take out 0.9 because 0.8 2 was not enough. It had more energy in there. It kept charging.

[00:00:42]So, we gained a voltage, right? We want to try and keep it basically, you know, at the same voltage. I mean, gaining's great. Don't get me wrong. Better than losing. You guys tell me. You You tell me what other type of charging increases battery voltage and allows you to take out more energy than you put in. Like, there's no conventional battery charger that does that. So, this evidence is supporting what Bearden said, what Bedini said. Mainly Bearden. Bearden seems to be the most on point. People tell me that every person out there is a mis-disinformation, whatever. Or maybe a lot of these people were, depending on where they are in their journey or their intention or who knows. I don't know. What Bearden is saying, the physicist, about this sharp gradient, this sharp collapse creating excess energy because of the ions in the battery, you know, lagging the electrons or that flyback voltage. Who knows exactly how it works. I don't I mean, to me, I don't I like knowing how stuff works, but as long as I know how to build it and get the effect, I don't care because this, all of this data, I know it looks insignificant, but this is just the starting point, right? This is a tiny little battery. Going up to these bigger batteries, these larger batteries, is going to produce a better effect because the plates are bigger.

[00:01:45]We're capturing that heavy side flow, that heavy side curl. The non-electron, non-conductor flow energy is what we're capturing. We haven't played with any of the hard variables like the R and the L values of the coils, the number of coils,