Cummon guys n galls i'm only joking, but it's true that if people thought that futuristic ideas were not possible then we would still be living in the dark ages.
Here are two reasons i think it should be possible, although i myself can't quite picture it in my mind, this is why i'm putting it out there as i believe some people can actually picture the flow of electrons in their minds due to having more experience than i, i also believe that there are many people out there who can picture in their minds how electronics actually work, i myself can only put together circuits due to knowing that they work, but i can't design them from scratch as i do not understand why they work. Really it's only sand (silicon) which makes it even more confusing. So here is why i believe it to be possible but i don't know how, perhaps resonance is the key, perhaps capacitance is the key, for example i am toying with the idea of using copper foil rather than wire, this means that between the thin layers of foil (insulated from each other of course) there would be a buildup of capacitance from the magnets passing (depending on how we build the coils) I have a different design in my head which is not actually in a coil form but in a spiral form and here we go i'm giving all away now but i'm also thinking to build it in a (Spiral Staircase layout) now this is a design only seen in the worlds most powerful electromagnet. So if someone gets any further with this then please send some credit my way.
Reason 1.
If the magnet creates a forward current we can capture it, if when the magnet creates the reverse current we capture it in a different coil and reverse the voltage we can also capture this, put the two together and offset them and we have two + peaks, so we just need to capture the - peaks and reverse them. it sounds easy but i know it's not as easy as this. It's got to do with frequency and timing, i was thinking why not take a tap from the centre of the coil, although it may not be the centre we need it may be 2/3 the way in from each end, you know how a multi voltage transformer winding has a 0v and then a choice of different voltages, well isn't the 0V line used to get the pd between the other windings? Doesn't that mean that there are different connections from that same piece of wire and some of them have more windings than others. I'm thinking what if we use two sets of magnets and coils along the same rotor (rotor would be twice as long and have an identical coil and magnet setup at the other end lets say B), then tap the + from the A section and send it back to the + of the B part of the rotor) the two magnets would have it's poles oppositely aligned so that when one is creating a forward voltage the other is creating a - voltage) then we swap the polarity, but wait will this cancel everything out? I don't think so, or we would have the wires burn out meaning that we have a potential difference that we can use, or would it just spin as if there were no forces involved, i'm not sure because i can't picture it, however if all that was needed was to have an electronic delay on one of the rotors and then release the current back into the other coil, then we could swap the polarity at the correct time. Perhaps this would take more than two coils, 3 is the magic number right
The reason that this is not possible with a transformer is that we have 50Hz or thereabouts we can't control what is coming through our walls, but with a generator it is us who makes the frequency and the designer of the generator who decides how many Hz and how many waves of ac electricity it produces, so what if we have 2 lots of 50 hz but one of them is out of sync with the other, normally this would cancel out but is there a potential difference between the peaks? if there were enough different frequencies we could fill the peaks in, would peak to peak work as DC? If not then could we delay the second AC current with capacitance? could we tap half way along the coil? could we place this delay half way along the coils? These are the answers i can't picture, but i do know that too many people are thinking about designing generators around motor design.
I think that a modification of the bendini circuit may help, a bendini captures the peak pulses and then we often use them to spike batteries to charge or condition them, or people use them to drive tiny motors with a seemingly small amount of energy by putting the extra power back into the system. To be honest i don't really understand the bendini circuit, but this is what it seems to do. can we do this in a different way and capture low voltage and high current and direct it where we want it? Yes now i'm join off on a tangent as i'm starting to bring electronics back into it, however, if my coils work as a capacitor then here we have an example of a component we can use but there is no capacitor as such there, just the coils wound in a special format, is this also true to other components if we get clever with the way the coils are wound and tapped.
Note, i am not interested in high voltage or high rpm experiments, i am thinking low voltage and low rpm here.
Reason 2.
I think this may be part of the trick but i do not know how to create this effect. How can we create a standing wave within the generator?
In
physics, a
standing wave – also known as a
stationary wave – is a
wave that remains in a constant position.
Two opposing waves combine to form a standing wave.
This phenomenon can occur because the medium is moving in the opposite direction to the wave, or it can arise in a stationary medium as a result of
interference between two waves traveling in opposite directions. In the second case, for waves of equal
amplitude traveling in opposing directions, there is on
average no net
propagation of energy.
In a
resonator, standing waves occur during the phenomenon known as
resonance.
I'm sure this is a clue…...