The Tesla Project

[Schpankme]

Time is our invention to augment the 3D limitation of our senses. So, imagine a deflated balloon at t=0, half inflated at t=1 and fully inflated at t=2.

M@rcel,

So this 4th Dimension (your independent variable) just became 'the' ever changing CLOCK ?  < -- You're detecting change; please don't fool yourselves into thinking your measuring something physical; which us 3D limited folks call time.

- Schpankme

[wattsup]

@Erfinder

OK, I got all my parts but the transformer is 240vac to 24vac, but I do not think this will hurt. If so, I will find the right one. I have only one question. Actually the question will probably answer itself but here goes anyways.

In your circuit, there is nothing apparent to drive, like a light bulb or a small motor. I am sure you did not forget to include this because it is not required. So this project is to see something operate on its own, maybe without depleting the battery, but not also running a load. I guess I just answered my own question. So let' start.

[M@rcel]

So this 4th Dimension (your independent variable) just became 'the' ever changing CLOCK ?  < -- You're detecting change; please don't fool yourselves into thinking your measuring something physical; which us 3D limited folks call time.

I don't think that that is what I am saying, not sure though. What I mean is that we, at a single moment, see only a 3D projection of a 4D object, using time to properly(?) synchronise all these 3D images.

I can imagine that a change in 3D can mean just a relocation of a 4D object along the, for us, hidden dimension

[armagdn03]

@Erfinder

OK, I got all my parts but the transformer is 240vac to 24vac, but I do not think this will hurt. If so, I will find the right one. I have only one question. Actually the question will probably answer itself but here goes anyways.

In your circuit, there is nothing apparent to drive, like a light bulb or a small motor. I am sure you did not forget to include this because it is not required. So this project is to see something operate on its own, maybe without depleting the battery, but not also running a load. I guess I just answered my own question. So let' start.

In the circuit diagram, there is always a load. And according to the physics of the components in question to be driven, a change will be placed on the driving circuit. Many times loads throw the driving circuit out of ressonance, such loads tend to be inductive, such as wire wound motors, Other loads resistive which lower the Q, or the time the secondary circuit oscillates. take your load into consideration when building a perfect circuit.

[Ren]

wattsup, I am studying the patent too, although I am not ready to replicate it entirely yet. My (basic) understanding is that it is more about the transformation of power rather than the utilization of that power (which can follow once one understands the principals).

I am thinking out loud, so please forgive as I am sure you're further ahead and able to comprehend it better than me.

I am leaning towards the relays replacing the drive coils of the fan pictured in the circuit, with the button to trip the relays.
Power to the primary is interupted by the switch+relays and flows through the smaller cap.
Secondary would flow the high voltage potential into the large cap, compressing it so to speak into a lower voltage/higher current.

I am still not certain of the diode, but perhaps I will see it better with the parts infront of me.