I am about to say something perposterous.
I say that electricity in fact flows in open circuit and it does not need a return, close path.
I say that all a return path does is that it merely concertrates the flow, channels it so to speak.
Where did this idea come from and popped in my head? From the statement below.
If it was true that it needed a return or close path, a battery will never so called discharge. It will never de-energize.
Energy is moving in and out of the environment. It is everywhere already.
When we so called harness energy, all we are doing is concentrating it. Like gathering a bunch of money from everywhere and put it in a peggy bank.
I say you can turn a light bulb on by merely supplying it with voltage, say you connect one end of the supply to the bulb and the other end of the supply to some large insulated metal structure ( like your car). And the other end of the light bulb to say another car. And your light should turn on.
Based on my perposterous statement that is.
I say that electricity in fact flows in open circuit and it does not need a return, close path.
I say that all a return path does is that it merely concertrates the flow, channels it so to speak.
Where did this idea come from and popped in my head? From the statement below.
If it was true that it needed a return or close path, a battery will never so called discharge. It will never de-energize.
Energy is moving in and out of the environment. It is everywhere already.
When we so called harness energy, all we are doing is concentrating it. Like gathering a bunch of money from everywhere and put it in a peggy bank.
I say you can turn a light bulb on by merely supplying it with voltage, say you connect one end of the supply to the bulb and the other end of the supply to some large insulated metal structure ( like your car). And the other end of the light bulb to say another car. And your light should turn on.
Based on my perposterous statement that is.