No I agree...
I am not the one who started this thread. This threads was designed to discredit the Captret for some unknown reason.
To answer your question because it was asked here, yes I believe that when a dead battery or what we designate as a dead battery lacks the push that a good or fresh battery has. Even if you double up or whatever amount you want to put together it still does not have the ability to push current at all. It will however provide a pure potential that we can separate from the current to a degree except for leakage in the cap. So yes I do not believe that multiple dead batteries are the same as a single battery would be capable of. If that was the case then we could just put 20 batteries together and continue to squeeze them till they are dry for which we can not.
The captret is very interesting in the way it changes it's properties from a relatively light current in the beginning to almost nothing as it charges up. once that charge is built up it uses nothing of the current that should be flowing between the led and battery. Since it is isolated from the battery except for an ac signal it pretty much doesn't use any current in the flow. When I first strung my 8 parallel caps and ran that I was finally able to heat up my 3.7vf bright white led but then again it was only lukewarm. I could feel heat on my lips but not my finger tips. I compared that to a led that I blew earlier and was room temp, there was quite a difference. So I decided to parallel a couple leds and the heat disappeared. So there was real current there but it had changed into a flow of a different kind. This was a flow of potential only I suspect since one plate was at 7 volts and the other was battery potential. When you parallel the caps they increase the flow and can support more lumins from the led.
This I suspect is actually based off of a concept that Tesla figured out a long time ago. Since the caps are polarized this gives a direction of flow for the potential to follow and since we are using a light emitting diode that further gives a polarity to that flow. It doesn't use the traditional current that we are taught about. It uses what nature uses to run it's great machine off of. The flow of potential. The problem with using a polarized cap in this case is the polarization breaks the way the cap operates normally. This is because it is not designed to run backwards in between that plate and will degrade the caps ability to work the longer it goes. We have seen caps that are more inclined to work longer and actually get some that continue to work in this new method without failure.
The only time the battery supplies current is to open the led. Once it is conducting it will conduct until there is very little potential to hold it open which from my observations is very very small of a potential difference.
The one problem I have now is that you said hey I'm not gonna give it to you then you say "You see I feel that if someone points you to the fact that just (maybe?) you came up with the same idea as what has been explored and documented by someone else, that at the very least you could admit that." Again you are looking for credit to be given to you. Fine... Credit given. Now can we get back to the real experiment and not have to defend ourselves and this effect. It's kinda like saying hey I want the credit for observing the earth revolving around the sun. Why because I saw it first? It is a natural event not something you designed. But hey you did design the sec which I tell you is rf(ac) not pure potential. It has current and that means a direct connection in the "Exciter" circuit. We get the same effect with out an oscillator and without being exposed to all the fields that your device makes. Who knows what you have emitting from that device. Who knows what kind of deep burns and mutations of cells you are causing with that device that might not show up for years afterwards. My point is no one can think of everything but we can explore it to find our observations and report them here.
Originally posted by redrichie
View Post
To answer your question because it was asked here, yes I believe that when a dead battery or what we designate as a dead battery lacks the push that a good or fresh battery has. Even if you double up or whatever amount you want to put together it still does not have the ability to push current at all. It will however provide a pure potential that we can separate from the current to a degree except for leakage in the cap. So yes I do not believe that multiple dead batteries are the same as a single battery would be capable of. If that was the case then we could just put 20 batteries together and continue to squeeze them till they are dry for which we can not.
The captret is very interesting in the way it changes it's properties from a relatively light current in the beginning to almost nothing as it charges up. once that charge is built up it uses nothing of the current that should be flowing between the led and battery. Since it is isolated from the battery except for an ac signal it pretty much doesn't use any current in the flow. When I first strung my 8 parallel caps and ran that I was finally able to heat up my 3.7vf bright white led but then again it was only lukewarm. I could feel heat on my lips but not my finger tips. I compared that to a led that I blew earlier and was room temp, there was quite a difference. So I decided to parallel a couple leds and the heat disappeared. So there was real current there but it had changed into a flow of a different kind. This was a flow of potential only I suspect since one plate was at 7 volts and the other was battery potential. When you parallel the caps they increase the flow and can support more lumins from the led.
This I suspect is actually based off of a concept that Tesla figured out a long time ago. Since the caps are polarized this gives a direction of flow for the potential to follow and since we are using a light emitting diode that further gives a polarity to that flow. It doesn't use the traditional current that we are taught about. It uses what nature uses to run it's great machine off of. The flow of potential. The problem with using a polarized cap in this case is the polarization breaks the way the cap operates normally. This is because it is not designed to run backwards in between that plate and will degrade the caps ability to work the longer it goes. We have seen caps that are more inclined to work longer and actually get some that continue to work in this new method without failure.
The only time the battery supplies current is to open the led. Once it is conducting it will conduct until there is very little potential to hold it open which from my observations is very very small of a potential difference.
The one problem I have now is that you said hey I'm not gonna give it to you then you say "You see I feel that if someone points you to the fact that just (maybe?) you came up with the same idea as what has been explored and documented by someone else, that at the very least you could admit that." Again you are looking for credit to be given to you. Fine... Credit given. Now can we get back to the real experiment and not have to defend ourselves and this effect. It's kinda like saying hey I want the credit for observing the earth revolving around the sun. Why because I saw it first? It is a natural event not something you designed. But hey you did design the sec which I tell you is rf(ac) not pure potential. It has current and that means a direct connection in the "Exciter" circuit. We get the same effect with out an oscillator and without being exposed to all the fields that your device makes. Who knows what you have emitting from that device. Who knows what kind of deep burns and mutations of cells you are causing with that device that might not show up for years afterwards. My point is no one can think of everything but we can explore it to find our observations and report them here.
Comment