Partnered Output Coils - Free Energy

[minnie]

   sometimes your day goes wrong

[EMJunkie]

   sometimes your day goes wrong

John, I hope all is ok. Best wishes with you mate!

   Chris Sykes
       hyiq.org

[TinselKoala]

Here is my point:

You're unbelievable TK, unbelievable!!!

What is wrong with you? Do you have to prove your Arrogance to everyone here all the time, we already know how you operate!

Go back to your hole and don't come back! Tell Homeland Security you failed because you're so see through! Everyone knows how you guys operate, sticking out like a sore thumb!!!


   Chris Sykes
       hyiq.org

Typical. You can't refute me OR MY SOLID CHECKABLE OUTSIDE REFERENCES, nor my own video demonstrations of how inductive resistors alter phase determinations... so you proceed to whine and moan and insult. Meanwhile you cannot provide any evidence for your Free Energy claims at all. Keep it up! You are demonstrating your vindictiveness, arrogance and lack of knowledge for all to see.

Unbelievable? Like the references I cite are "unbelievable"? I laugh at you. You are a False Claimant, as you have demonstrated many times over.

[EMJunkie]

Typical. You can't refute me OR MY SOLID CHECKABLE OUTSIDE REFERENCES, nor my own video demonstrations of how inductive resistors alter phase determinations... so you proceed to whine and moan and insult. Meanwhile you cannot provide any evidence for your Free Energy claims at all. Keep it up! You are demonstrating your vindictiveness, arrogance and lack of knowledge for all to see.

Unbelievable? Like the references I cite are "unbelievable"? I laugh at you. You are a False Claimant, as you have demonstrated many times over.

You are unbelieveable TK, you spew pifflie out your orifice and put others down all the time, Totally Distructive!!! Totally unnecessary!!!

How about you take this as a Challenge! How about you use your Electrical Skills and show us how this works!!!

This circuit shown is 99% correct although it appears not, it is.

It takes a bit of tenacity - it can not be something that is given up on to early!!!

   Chris Sykes
       hyiq.org

P.S: There is a Waveform that is desired and its possible to achieve with this circuit with a bit of messing around:

[tinman]

Wrong, twice.

http://hyperphysics.phy-astr.gsu.edu/hbase/electric/elefie.html
https://en.wikipedia.org/wiki/Electric_field
http://www.physicsclassroom.com/class/estatics/Lesson-4/Electric-Field-Intensity

The units of the E-field are _volts per meter_, or to put it another way, _newtons per coulomb_. Current describes the movement of charge, but the E field does not depend on movement of charge. Stationary charges produce an electric field. You can argue that charge has to move for it to be concentrated onto, say, the top of the VDG machine, but it is not the _movement_ of charge that produces the field, as I believe you have stated.
In fact if you look at the Hyperphysics link you will see this: "The electric field can be defined as the electromagnetic force per unit charge _in the rest frame of the charge_." (emphasis mine).

When you crank the VDG,is the E field increasing with time at the collection point(top of the VDG machine)?.If so,then a current is flowing as well,and a magnetic field exist along with the electric field.

Also, you are using _wirewound_ resistors that have considerable inductance in your measurements, according to that photo from a while back. Plus you have the length of the probe ground clipleads as well. How much of the current _phase shift_ in your scopeshots is due to the inductance of your measurement system, rather than your actual device under test? You don't know, do you?

The resistors have no inductance that i can see in any of my test-nor the scope probe's.
Below is the same transformer primary and same resistors being fed with a 1MHz AC signal from my SG. Do you see any inductance from the resistors or scope leads?. Looks clean to me. 1MHz is the frequency where the voltage and current phases are in phase.