The bifilar pancake coil at its resonant frequency

[Belfior]

- why did it produce a material oscillation, why does anything?, something must have moved in some way.
- Why does anything move?, a force must have been applied in some way.

In my opinion this is the wonderful thing about our imagination, science and experiments... the what if?. We see something happen and then later we think...what if?. My theory on this is pretty straight forward, if you ever run out of what if's then that is the moment you have stopped learning and your done.

electricity, heat, light and movement is how dissimilation of matter manifests itself. My suggestion is that different type of effect manifests as heat and some other as light.

The discharge might be so violent, that it actually moves the matter. This is why it resonates and creates air pressure.

I totally agree that imagination, science and experiment leads to revelation and new technologies. The sad part is that imagination is not valued in most cases. This means we go in circles repeating the old crap that might not be correct.

[evostars]

So far as I have seen,
C1 and C5 are DC decoupling capacitors. they can be made big (bigger than 10uF)
C2 is a balancing capacitor and must remain small (<1nF). For now I keep this one open.
C3 Dont know yet what this one does. It could be clear after tuning.

C4 is very important. This one tunes the series resonance of L2 and C4.
I have been playing mostly with this cap.

C6 (not shown on circuit) is a parallel tuning capacitor over L3

The ground at the source, is not earth ground, but a floating ground, like a copper mass, or long wire.

L1 L2 L3 are 3 bifilar pancake coils, stacked.

L1 is high side pulsed by the mosfet, producing negative inductive spikes (back EMF) into C2 C3 and C4.

L2 becomes series resonant with C4.

L2 also shows a disruptive discharge right before the mosfet is turned on again. This is also dependent on L3 (as shown in previous posted Youtube video).
L3 captures this radiant energy pulse(at the right frequency). and at the same time is resonant from L1 (and L2).

L3 is the output coil. (tuned by parallel cap C6)

Tuning is critical in this circuit.
First the L3 coil needs a resistive load, without parallel cap. The current is measured (for its maximum) through the resistor.
The current through L3 is dependent on the frequency of the disruptive discharges of L2.

This is where I am at at this stage. The tuning of L2/C4 to get the most current in L3.

After this frequency is found, the L3 coil can be tuned by a parallel capacitor, to the frequency found (max current).

then the radiant current, is combined with the resonant voltage, and power should be measured. but this all needs very careful tuning.

[AlienGrey]

So far as I have seen,
C1 and C5 are DC decoupling capacitors. they can be made big (bigger than 10uF)
C2 is a balancing capacitor and must remain small (<1nF). For now I keep this one open.
C3 Dont know yet what this one does. It could be clear after tuning.

C4 is very important. This one tunes the series resonance of L2 and C4.
I have been playing mostly with this cap.

C6 (not shown on circuit) is a parallel tuning capacitor over L3

The ground at the source, is not earth ground, but a floating ground, like a copper mass, or long wire.

L1 L2 L3 are 3 bifilar pancake coils, stacked.

L1 is high side pulsed by the mosfet, producing negative inductive spikes (back EMF) into C2 C3 and C4.

L2 becomes series resonant with C4.

L2 also shows a disruptive discharge right before the mosfet is turned on again. This is also dependent on L3 (as shown in previous posted Youtube video).
L3 captures this radiant energy pulse(at the right frequency). and at the same time is resonant from L1 (and L2).

L3 is the output coil. (tuned by parallel cap C6)

Tuning is critical in this circuit.
First the L3 coil needs a resistive load, without parallel cap. The current is measured (for its maximum) through the resistor.
The current through L3 is dependent on the frequency of the disruptive discharges of L2.

This is where I am at at this stage. The tuning of L2/C4 to get the most current in L3.

After this frequency is found, the L3 coil can be tuned by a parallel capacitor, to the frequency found (max current).

then the radiant current, is combined with the resonant voltage, and power should be measured. but this all needs very careful tuning.

Evostars Hi re the coils I had a look at some of Nelsons video's and it looks like the top coil has 20 turns or winds
How many do you recommend with your experience to initial testing ?

AG

[evostars]

L1 is a bifilar pancake coil with much inductance, so many wingings is good. Inductance can be increased by using the right ferrite.
High inductance relates to the possibility of a strong magnetic field.
A strong magnetic field can produce a powerful back emf/inductive spike.

L2 and L3 are primary and secondary and need to be equal mass.
this because the radiant energy produced by the disruptive discharge of L2 induces a current into L3 at the right frequency.
equal mass gives the most efficient energy transfer.

L3 can have more windimgs than L2 resulting in more inductance, and a higher voltage, that when combined with the induced current produces more power.

C3 might be to give a stable ground for the series resonance of C4 and L2. 
so I will make it larger and see what happens (increasing c5 was the same idea and wotked).

[evostars]

I'm still workimg on Nelson's radiamt circuit.
seems I was on the right track, but its all slightly different.
L2 is series resonant with C5
C4 is charged by the back emf/inductive spike from L1
C4 is discharging parallel over L2/C5 when the mosfet turns on again, giving the disruptive discharge.
The mosfet therefore needs to have a very small Rds.

L3 sees the kick of this capacitor discharge. Which is a radiant energy event.

I will keep working until it all more clear, and then its time for another youtube video.
I feel blessed for being able to make so much progress.