Partnered Output Coils - Free Energy

[hanon]

Chris,

Thank you for all your good work. I am definitely sure your behind a great concept.

I follow you since months and I have seen your videos many times. Once I saw one great video suggested by you which has such a good comparison that I decided to make a snap of it:  http://youtu.be/rcks2fcpHUk

I can not grasp your last idea of how to improve charge separation. I will be tuned.

I also share your idea that this world will change for the better.Thanks and keep on!!

[dieter]

I also higly appreciate your work. Just recently I asked some questions that you seem to answer here. I'll organize some chips and go trough all your links this evening.


BR

[dieter]

I went trough it and most of it I've seen already earlier. Several things I'd like to say.


This womans TTS voice is hardly bearable, why don't you use your voice, which sounds good btw.


Then in one video was mostly no sound at all, but it needed some explanation. (the one with the 3 coils on a straight core, with the bulb and yellow shortening cable)


I am very much interested in bucking coils, but I find it hard to filter out the essentials from the 43 pages, as well as from the video about the same. What is really needed is 3 simple diagrams, showing the 3 possible ways to use the coils, as you mentioned. Diagrams of complete cirquits including power input, output/load, parts specs. Maybe a short description of what it does.


All other info appears more like unneccessary cargo, like credits to a number of FE figures, including Hendershot, who is questioned by many. Also basics, like what Lorentz force is, or Lenz, that's just unneccessary in a tech doc. And just for in case: never use exclamation marks in a technical document.


If you however release a book and need like 100 pages plus, then that is ok to add some background info. (What I do is, I use lulu.com to print my book, buy a few copies and smuggle them into pulic libraries , using some fake numbers like XY234 45 B...)


I hope you don't feel offended by my comments.


I am as I said very interested in the subject, and also about what you think about a center tap.


BR

[EMJunkie]

Hi EMJunkie,Thank you for sharing many interesting files.
Perhaps you could suggest some (simple) experiment to observe COP > 1 ?
I (and my friends) made many experiments with coils with opposing magnetic fields and so far we can't see reliable proof that such arrangement give OU.
Thanks!

Hi vasik041,

Just doing my bit for the species!

Like anything in Life, it is really important to start at the start! Experiment lead to an understanding. I suggest to follow my Experiments, or even Bill Alek's or even Paul Raymond Jensen's.

Of course this is all documented in my pdf, I really don't want to keep covering the same data all the time, but;
1: Loose Coupling is required - I used Plastic Spacers in this device: https://www.youtube.com/watch?v=ZhQgch4L5XY
2: Step the Output Voltage Up, turns ratio of at least 1:3 - for each turn on the input, 3 turns on the output! On each Partnered Output Coil!
3: Find the best running Frequency

Really important to follow your gut!

The reason I have laied out all the data I have given, is simply that there are a lot of variables that can change things, for example my device may not run at the same frequency as yours, Inductance, might a bit out...

I am really glad you've already seen some results that have presented questions. Its not easy to do! Its a different understanding!

Kind Regards

   Chris Sykes - hyiq.org
   To Reach New Horizons!

[EMJunkie]

Thank you for all your good work. I am definitely sure your behind a great concept.

I follow you since months and I have seen your videos many times. Once I saw one great video suggested by you which has such a good comparison that I decided to make a snap of it:  http://youtu.be/rcks2fcpHUk

Hi Hanon!

Just doing my bit for the Species  Thanks!

I can not grasp your last idea of how to improve charge separation. I will be tuned.

In these devices, the more Flux Density, the more Charge Separation can be bought on. As an example, in a Transformer, each Coil has its own Electromagnetic Field:

1: Primary Coil - Magnetic Field that we pay for - Input
2: Secondary - Induction Occurs, Charge Separation and as a Current is drawn, Lenz's Law induces a Magnetic Field that opposes the Primary Magnetic Field!

Here we can see that when the Transformer is loaded, there is a NET ZERO Magnetic Field. This means the Ampere Turns on the primary are equal but opposite to the Ampere Turns on the secondary, or close to it. Where the Vector of each Magnetic Field sum's to ZERO!!!

Our Transformer's Primary Coil sees Reflected Power (Lenz's law), this Reflected Power must be compensated for, because this reflected power = negative dPhi/dt emphasising the Negative Sign, and as a result the input Current must increase to support the Magnetic Field and push the Transformer through the BH Curve.

Note: I have deliberately used the term Magnetic Field and not Electromagnetic Field! It is the Magnetic Field that needs the most attention here.

The Secondary Coils Magnetic Field can be used to actually increase the Charge Separation! At the same time, it is also used to reduce Lenz's law effects back on the primary!

A simple example:

Input: 1 Gauss
Partnered Output Coils: 10 Gauss

Here we can see there can be an increase in the Flux Density in the Partnered Output Coils, not because of the Input, but because each Partnered Output Coil can In-Crease the density by Supporting Its Own Magnetic Field.

Experiment:

Take a conventional Automotive Alternator.
Install on a Rig along with an electric Motor.
Drive the Automotive Alternator with the Electric Motor

Only input is mechanical in the form of Rotation to the Alternator Shaft!

Question: Is it possible to get an Output with No Extra Input to the Alternator?
Answer: Yes

Result: By connecting the Field Coil on the Alternator in such a way, either in a short circuit, or connected in series with the output Coils, enough Feed Back is produced to get an Electrical Output on the Output Terminals.

Not Free Energy, but this shows that Feed Back Techniques can excite the Coils and Magnetic Fields can Manifest in the Device with no further Input! The Magnetic Field can be made to Support Itself!

ONLY because of Lenz Law, Resistive Mechanical Force is applied on the Shaft in Opposition to the applied Input from the Electric Motor!

Lenz's Law is Only a Result of the Electrical Output, NOT the Cause!!!

Kind Regards

   Chris Sykes - hyiq.org
   To Reach New Horizons!