Free Energy is here

[Allcanadian]

This circuit will show you where the "other" half of the energy was going to that was wasted. I believe many here are finally catching on so I will post this in the public forum for the record. This circuit is the most robust one I have developed, in early 2008, and simply works every time. It will drive any inductive load of sufficient self-inductance on L1,L2 or other loads at the load connection.
Regards
AC

[gyula]

Hi allcanadian,

Congratulations! Would like to know what COP can be expected?

Many thanks for sharing!
Gyula

[Allcanadian]

@gyula
I will try to clarify the process
If I charge an inductor with X current equal to Y energy then I cut the current to the inductor and produce an inductive discharge of Y energy minus losses. In this case Y input is nearly equal to Y output and this can be over 90% efficient. This COP relies on the fact that the current X is never stored and simply returns to the source discharging it equal to Y. However if most of the current X which is continuous in the circuit is stored in a capacitor impulsively then this stored energy equals Y and can be utilized in a copy of the circuit described above. This process relies on the fact that the capacitor will act as a large reservoir storing energy at a relatively low voltage to maintain current X at Y energy. In this case each stage of the circuit can be described as X=2Y minus losses thus the COP is dependent on how many stages or copies of the circuit are present to a point where the voltage is to low to utilize. I have performed other experiments which have led me to believe the changing magnetic field of an inductor or motor is not a product of the current flow but a reaction to it. The magnetic field energy is provided by energy external to the conductor and it's energy flow which makes perfect sense when you consider permanent magnets. Many people have wondered how a PM can maintain it's field for hundreds of years, this is because the magnetic field is a property of the space surrounding the magnet and not the magnet itself, the magnetic energy is in the surrounding space not the magnet itself ---- this is why a PM's magnetic field will remain stationary as a PM is rotated.
Regards
AC

[Matthew Jones]

Switching rate

What kind of ratio between S1 and S2 would you recommend if the circuit was duplicated to specs?

[DavidE]

Wow.

[Allcanadian]

@Matthew Jones

What kind of ratio between S1 and S2 would you recommend if the circuit was duplicated to specs?

I use my intuition here and never do calculations Consider the properties of the components and the qualities inherent in the current ei...HV,LV,AC,DC,impulsive, Hcurrent,Lcurrent.
In L1 we want rapid short duration high current pulses to ensure the inductive discharge voltage is high, S1 is based on this. Next, as C1 charges and the voltage rises the current through L1 is reduced thus the switching speed of S2 is based on the voltage of C1 which effects the current flow through L1. In this case S2 should maintain the voltage of C1 at around 2 or 3 volts and if S2,L2 cannot do this efficiently then clone this part of the circuit and use two of them in parallel.
regards
AC

[Peter Lindemann]

Very Interesting

@gyula
I will try to clarify the process
If I charge an inductor with X current equal to Y energy then I cut the current to the inductor and produce an inductive discharge of Y energy minus losses. In this case Y input is nearly equal to Y output and this can be over 90% efficient. This COP relies on the fact that the current X is never stored and simply returns to the source discharging it equal to Y. However if most of the current X which is continuous in the circuit is stored in a capacitor impulsively then this stored energy equals Y and can be utilized in a copy of the circuit described above. This process relies on the fact that the capacitor will act as a large reservoir storing energy at a relatively low voltage to maintain current X at Y energy. In this case each stage of the circuit can be described as X=2Y minus losses thus the COP is dependent on how many stages or copies of the circuit are present to a point where the voltage is to low to utilize. I have performed other experiments which have led me to believe the changing magnetic field of an inductor or motor is not a product of the current flow but a reaction to it. The magnetic field energy is provided by energy external to the conductor and it's energy flow which makes perfect sense when you consider permanent magnets. Many people have wondered how a PM can maintain it's field for hundreds of years, this is because the magnetic field is a property of the space surrounding the magnet and not the magnet itself, the magnetic energy is in the surrounding space not the magnet itself ---- this is why a PM's magnetic field will remain stationary as a PM is rotated.
Regards
AC

Dear AC,

Thank you for this very original thesis and adaptation of Tesla's work. Is your plan to release a schematic with a specific parts list or any other proof or video demonstrations that you have what you claim, or are we to believe you and grope around with your ideas as revealed so far? What are you trying to accomplish with this thread?

Peter

[Bodkins]

Come on AC let the cat out of the Bag

[DavidE]

AC

simply works every time

What specifically?

[Allcanadian]

@Peter Lindemann

Thank you for this very original thesis and adaptation of Tesla's work. Is your plan to release a schematic with a specific parts list or any other proof or video demonstrations that you have what you claim, or are we to believe you and grope around with your ideas as revealed so far? What are you trying to accomplish with this thread?

T.H.Moray---"you cannot prove anything to anyone who cannot prove the matter for themselves"
Peter, I have come to know the following statement is fundamentally true, I cannot prove anything to anyone. Anyone can build this circuit and simply discard the switches, touch the wires together intermitently and see what happens. If they cannot or will not do this then there is nothing I could possibly do to convince them of anything. Personally, if I was reading my posts from others perspective I would not believe a word of it, I would prove the matter for myself as I have always done.

[Matthew Jones]

Well said!!

[gmeat]

Hi AC,


Thx for sharing this info .


-Gary

[Peter Lindemann]

Inquiry Only...

@Peter Lindemann

T.H.Moray---"you cannot prove anything to anyone who cannot prove the matter for themselves"
Peter, I have come to know the following statement is fundamentally true, I cannot prove anything to anyone. Anyone can build this circuit and simply discard the switches, touch the wires together intermitently and see what happens. If they cannot or will not do this then there is nothing I could possibly do to convince them of anything. Personally, if I was reading my posts from others perspective I would not believe a word of it, I would prove the matter for myself as I have always done.

Dear Allcanadian,

Thanks for the clarification. My initial post was not meant as criticism or a demand of proof. I agree with you that nothing can be proved. My post was an inquiry, simply to ask you directly what you hoped to accomplish with this thread. You said you had built working models and that they captured the energy that was usually wasted. This is a provocative statement to draw in people's interest. I was just wondering what you were planning to do with people's attention, now that you have it.

My current understanding of your intent is to INSPIRE us to think along the lines of your posts and general schematics, but that you are NOT planning to share any direct evidence of the success of your project, including photographs or specific circuit diagrams with a specific parts list, as IMHOTEP has done in a number of other threads.

This is perfectly fine, as it is your prerogative to share what you want. I would like to be clear that I am grateful for your sharing and am not criticizing your actions, in any way.

Best wishes,

Peter

[gnino]

hi i think (L1-S1)(L2-S2) can be 2 imhotep relay charger

with 2 identically relay can have a best resonance

ciao

[Allcanadian]

@Peter Lindemann

My current understanding of your intent is to INSPIRE us to think along the lines of your posts and general schematics, but that you are NOT planning to share any direct evidence of the success of your project, including photographs or specific circuit diagrams with a specific parts list, as IMHOTEP has done in a number of other threads.
This is perfectly fine, as it is your prerogative to share what you want. I would like to be clear that I am grateful for your sharing and am not criticizing your actions, in any way.

I understand exactly where your coming from, it is hard to believe anything for certain in this day and age. I just invented some easy new circuits after reading your post and have to close the loop on them, then I will post some video and circuit diagrams.