Spatial Energy Coherence circuit

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Jagau posted this 14 February 2023

Hi all

This thread will be dedicated to an inventor who left us a lot of information on "Spatial Energy Coherence" commonly called "SEC"

This circuit connects to the sea of energy that surrounds us by opening a door with it. Building different circuits will teach us more and how to do it.
Thank you Dr. Ronald Stiffler.
Jagau

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Jagau posted this 14 February 2023

Hi all

This thread will be dedicated to an inventor who left us a lot of information on "Spatial Energy Coherence" commonly called "SEC"

This circuit connects to the sea of energy that surrounds us by opening a door with it. Building different circuits will teach us more and how to do it.
Thank you Dr. Ronald Stiffler.
Jagau

Atti posted this 15 February 2023

Hi Jagau.

 

 had succeeded in demonstrating that the coherence effect between 3 frequencies could, from the resonance of a certain arrangement of coils, produce a resulting longitudinal wave and open a connection (node) to this sea of energy that surrounds us.

I consider this statement important.
"Resonance between 3 frequencies"

 

Question.
-Is it necessary to loosely couple the inductances?
-What happens if the connection is tight?
-Can the resonance points come from an external factor? For example, is the " primary" vibration circuit separate and the "secondary" vibration circuit separate?

In the future, I will read the works with interest.

 

Atti.

Jagau posted this 15 February 2023

Hi Atti

These are very good questions you ask, according to my first try and what I observed following the recommendations of the inventor friendly called the DOC;

About your questions;


-Is it necessary to loosely couple the inductors?

The 3 coils must, for better performance, be at 90 degrees relative to each other in a 3 dimmension plane, thereby canceling the mutual inductance between each of the coils

-What happens if the connection is tight?
The connections between the components must be as short as possible given our extended frequency up to 500 Mhz

-Can the resonance points come from an external factor? For example, is the "primary" vibration circuit separate and the "secondary" vibration circuit separate?

L1-c1 establishes the frequency of use and I admit that my experiments at this stage are primitive but given that what I understand for the moment the coherence (Wiki makes a good definition of it) and the fact that this circuit operates in very high impedance any nearby object or mass, even our hand, disturbs its behavior.

https://en.wikipedia.org/wiki/Coherence_(physics)

The coherence resonance is established between L2-L3 and the internal capacitance of the circuit, in addition to the Self resonance of the coils and when the BJT enters the negative region, a pumping effect of the energy of the environment occurs. Negative region is between Vpeak and Vvalley

But as you can see, this type of  experience is the one I've been looking for for a long time because I firmly believe that the energy around us is available.


I hope that answers your questions if there is anything else let me know.

Jagau

Fighter posted this 15 February 2023

Hi Jagau,

The 3 coils must, for better performance, be at 90 degrees relative to each other in a 3 dimmension plane, thereby canceling the mutual inductance between each of the coils

Question: shouldn't the coil on top be oriented at 90 degrees than its current orientation ?

Something like this ?

Or maybe there is something I'm missing in the way I understand it ?

Thanks,

Fighter

"If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."
Nikola Tesla
Jagau posted this 15 February 2023

Yes you read Fighter correctly
However after other experiments that I will present here the optimization of the coils gives me a better performance when the 3 coils are in spatial arrangement all at 90 degrees.


The device as in my first experiences as you saw works ok but has better performance with the coils in mutual inductance cancellation at 90 degrees. The best performance was achieved with the L3 coil standing upright on the board, L2 left to right and L1 front and rear plane.

 

This photo of the DOC is very representative

 

I also reviewed the design of the L3 coil output which I believe makes all the difference. As I continue to experiment with this amazing circuit I discover and learn new things that I didn't suspect, that's experimentation.

The experiments are only at its beginning and the photos that I send are constantly evolving and I will show them here for sure.


Jagau

Fighter posted this 15 February 2023

I understand now, you're showing the evolution of the experiments.

Sorry for my misunderstanding... 🙂

Fighter

"If you want to find the secrets of the universe, think in terms of energy, frequency and vibration."
Nikola Tesla
Jagau posted this 15 February 2023

Don't be sorry, the question was relevant to the rest of the experiments.
Jagau

Jagau posted this 16 February 2023

And now 48 LEDs  and power input  11 volts 40 ma. = 0.44watts

LEDs are very bright on after reconfiguration of L1 and L2 with 24 gauge for these coils

 

Frequency of 10.21Mhz at -21 dbm

wonderfull circuit and  a lot of enrgy around

Jagau

Shelfordella posted this 17 February 2023

You could try and see what happens if you remove the LEDs and place a coupled inductor or transformer in its place, and connect a load on the output coil. This way you can see whether displacement current can cause magnetic induction inside a coil. That would be interesting.
I remember the lecture by Walter Lewin in which he showed how a magnetic field surrounds the path in the discontinuity of a capacitor.

"A little theory and calculation would have saved Edison 90 per cent of the labor." Nikola Tesla

Jagau posted this 17 February 2023

As you may have noticed, the output of this circuit has only one wire and the purpose is to excite the environment. To succeed in making this circuit work, the components connected to a single wire must be of high impedance, no transformer in this circuit, just a very high impedance excitation, as Doc Stiffler explained very well.

In the experiment which will follow the behavior of this circuit is surprising, the more we ask this circuit, the more it gives us. But it is very wild with external connections and does not tolerate any object nearby, really interesting to study.


Jagau

Jagau posted this 18 February 2023

Since taking measurements in this circuit has a wide band spectrum of 1 to500 Mhz an isolation of the instruments is advised. The DOC offers two ways, one for the battery which provides the supply voltage Vs, with circuit diagram here:

 

And the other for the DDM or the oscilloscope or any other instrument with diagram here:

 

As I said, this circuit does not tolerate external connections, so the protections proposed by the DOC are therefore necessary. Although drawing it looks like coils are ferrite beads.

These Farrite beads and capacitors arrangements serve to filtered and isolated it with Z of 86 ohms to 10 MHz. The advised Fair-Rite model is the P/N, 2743009111

Jagau

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