Let me explain, electricity does not consist of electrons. It consists of magnets, Nikola Tesla, at least, believed to himself that he had proven that. So does Dollard, So does Leedskalnin, at least in my little diluted mind.
To run one current we must run a current against the other.. This is equivocal to saying that current, or power, measured in amps (much like a pump) ,is a clockwise force, and it is negative and that resistance, measured in ohms (much like a hydraulic pressure valve) is the resistive force which I believe is positive, and is counterclockwise.
Dollard gives a famously elaborate example of imagining a peice of wood and a screw. Power or amps, is represented by the wood, the screw as it goes turns much like the screwing circular motion of electricity in a wire, the counterforce represents the 'fabric' of the wood, or the counterforce, also known as resistance. The reason why the screw goes in is because it has something to push off, and the reason why the wood cannot resist it is because it does not have enough of something to push off.
Dollard was making a quiet demonstration of the importance, or rather critical relation between density and:
a) Capacitance
b) Resistance
In dollards 4 Quadrant Theory, and indeed as claimed by Tesla himself as well as Dollard "all the electricity used would be returned on the negative 1/2 wave cycle", essentially if this is to be believed, it would make much sense, based on Leedskalnin mine and Dollards 'beliefs'. That is that electrons are fictional, and that they are only produced when electricity is wasted.
E.g. when one current is run against eachother non transiently, or what we might call a scalar supply.
High frequency power supplies, essentially increase transience of impulse time or (discharges / T)in direct correlation with Voltage.
Power can be measured by the rate of change of a single Bar magnet hand pushed at 90 degrees onto on a single transformer with wire winding. Power is produced. Increase the speed of the lineal x axis of movement of the magnet is proportional to the voltage in the wire.
If there was a way to indefinitely increase the frequency of the magnet, which there is, then the voltage induced in the wire alone would increase per cycle of oscillation of the magnet.
Now, we know that voltage can be increased by the rate of discharge of magnets, lets consider the long forgotten spark gap Of Kelvin, Wheatstone and N. Tesla. And most probably, Reich. For his brilliant cubic representations of length and mass equivalence in massless energy. Which by the way, HAS to exist for this to be a 'valid science' of kinds.
Anyway, where was I? ahhh, yes. So the TMT. Tesla Magnifying Transformer. That Nikola Tesla divised, very cleverly has 1x High Frequency AC Supply, 1 x capacitor in serial, 1 x spark gap in serial, one primary coil inductor in serial,
The power supply when turned on at 60hz 240V applies a linear impression, (or voltage) into the circuit, and continues pulsing at a fixed power rating.
As the capacitor charges up, the voltage increases within the capacitor alone, when the capacitor is charged, the electrical potential is great enough for the spark gap (which has been atuned to the capacitors discharge voltage), when the spark jumps accross the gap there is a large change in current which causes inductance from the primary coil winding into the parallel secondary coil, meanwhile, the capacitor is recharging, for the duration of this interval, and there is a time difference measured as dx/dt. So far this is a Resonant LC circuit.
real provable science, nothing new..... folks.....yet.
So, where were we? This is hideously complex, so it requires careful planning to write about. Ahh yes, so as the drop in voltage from the discharge accross the spark gap, completing the primary coil circuit, electricity is induced through the secondary, but, as the secondary receives its voltage induction, because it is by that of radiation alone (no wires connect primary and secondary) it creates mutual inductance itself in the TEsla coil (parallel to it) and passes induciton back to the primary AGAIN, (this is called reverse resistance and is the key to solving the 'if you run one current you have to run the other scenario')... this of course is dielectricity.. Several directions of electrical power propogation, rather than a single poynting vector...
Let me not confuse you because by now you are impressed, the mutual inductance of the secondary is 'passed back' through reverse resistance into the original primary winding, which of course shares half of its circuit with the capacitor, as a result of this when the power supply oscillates its next lineal impression (unvarying) , the capacitor will charge faster, because the reverse resistance, or rather (measurable leakage) of the entire circuit was less than that of the total power impressed per cycle of oscillation.
In essence, precisely this, the arrangement of the tri coil arrangement of N. Tesla, and the virtue of mutual inductance, the secondary coil is able to ensure (if built properly) that the entire leakage of the circuit per cycle of oscillation is less than that of the lineal power supply. Hence the T.M.T represents the absolute ultimate achievement in producing electrical voltages that will naturally approach inf in their power.
Literally, the secondary coil, through reverse resistance, and the time differential, carry back a small percentage of the power from radiation , which in a normal hertzian power supply would be 'ignored' as normal transverse radiation. The thing is because energy is CONSERVED AND NOT LOST This radiation represents not only the work in friction and heat, but also the work of the radiation itself.
Dr. Nikola Tesla's secondary coil is designed to ensure that the radiation that is lost in the transverse wavefront, although 60% is lost through the tesla coil itself, and through radiation resistance (transverse waveform), the longitudinal waveform is still propogating by reverse resistance, or more scientifically, via the time differential of the discharging lineal power supply impressions, the secondary coil is providing a large enough reverse resistance to ensure that the capacitor always charges at a rate greater than what the primary discharging capacitor circuit would be able to do with the power supply alone, that is without the radiation (which is always lost in the transverse system) recovered and brought longitudinally back to the capacitor itself, thereby, literally the machine is pushing itself along?
This sounds ridiculous, now I am going to tell you exactly why it is not ridiculous with no detail spared !
From cold. Power supply is now on. Supply is 60hz a second. 1st Power impression, charges the capacitor entirely, capacitor discharges in 1/2 interval of power supply (1.5hz) - at the half wave of the power supply frequency impulses ;)
The capacitor discharges and a spark jumps accross the spark gap, this causes the primary coil to receive voltage for the first time, it radiates a little bit , but mostly not too much because of the balance of the TWO currents running in the wire. The secondary being in free space and having no additional connections , basically exists as an intermediary, and is charged by the first time by radiation. It too, emits radiation, which inducts into the third coil, the Tesla coil parallel to it, being the first time the voltage has been in the secondary it's voltage creates a mutual induction in the primary , we called this reverse resistance earlier, the capacitor begins to charge... THEN at 2HZ, the power supply 'fires' again, but, as you can see, the capacitor is partially charged by a fraction of the FIRST power input impulse from the power supply. So, at 2.5HZ again, the secondary coil will have even more voltage than it did before.. because the capacitor will discharge a greater number of times....
And if the capacitor discharges a greater number of times, then the secondary coil radiates reverse resistance back into the capacitor at a greater differential rate. And, if the coil radiates reverse resistance back into the capacitor at a greater differential rate, per cycle of oscillation, then that is why the Tesla Magnifying Transmitter, which is really a fair name (though I like to call it transformer), becomes very , very , very clear.
It becomes clear that the secondary coil, does 'everything' but the circuit itself does 'everything', that's because there are 3 or 4 CROSS PRODUCTS.
Lets think of it this way.. if the ENTIRE circuit has a total leakage of 60%, then it has an ENTIRE circuit circulation of 40% per cycle of oscillation. Yes!! So if 40% per cycle of oscillation is radiating back to the primary coil, then the capacitor will charge faster and discharge more energy per time period, and then the secondary will have a greater voltage per differential time period, and then the capacitor will charge faster and discharge more energy per time period, and then the secondary will have an even greater voltage per differential time period, and then the capacitor will charge faster and discharge more energy per time period, and so on and so on ad infinitum.
I'm starting to believe I understand the entirity of Tesla's works from an entirely musical perspective, one that makes reading his circuit diagrams a really trivial matter.
You just need to think more non linearly.
Hope this helps! This is probably the most complete and 'ellicit' from basics to complexities there is.
I have absolutely no electrical experience. I'm a musician, who understands math and number to an extent of complex egyptian fractions. Consider this, sound is a RECIRCULATING WAVE. EVER HEARD A PIANO? I hear them in my sleep hehe
Best,
A
IMAGES SOURCED FROM http://www.reformation.org/tesla-wir...nsmission.html
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