Jim Mac's New Infinity Looper [ Build Log]

[Jim Mac]

I had a revelation..  and I HAVE TO Build it..

I believe this may work...  

Now this is a basic scheme of ALL my past attempts.. What's Missing???

   

The power Inputs Prevent Us from Closing the Infinity Loop on itself...

But we have a Catch-22.  if we close it, we either short the circuit OR Direct input current AWAY from the electromagnets..  

The electronics and phase alignments get a little more complicated now, but I believe it can be done...

Many have questioned WHY does Buforn show this funny shaped commutator... 

   

It is NOT a 2 pole commutator at all!...    It's a tunable switch...  Almost identical to Robert Adam's commutator..


  tunable.JPG (Size: 6.73 KB / Downloads: 94)

By sliding the brush, you can adjust how long the switch stays open and closed..

More to come soon..   BUILDING BUILDING BUILDING

[Jim Mac]

Step 1...  Success..

This is the basic circuit that will be used to close the infinity loop.  Without this, rotational induction can not manifest properly.  

Dual Polarity Square wave from signal generator.  Half Rectification.  Each side through Optocouplers to isolate grounds. Out of optocouplers to individual Mosfets.

There will be diodes to stop Source to Drain current when mosfet is Off.



2 separate batteries must power the Mosfet Gates.  Mosfet grounds CAN NOT be at the same potential. Which also means gate driving grounds also CAN NOT be bonded.  If successful, batteries can also become output storage vessels.  

Next-  Waiting for main heart of the system to arrive tomorrow.  Precise control of both mosfet phases in relation to both input phase is crucial. 

More tomorrow

[truesearch]

Step 1...  Success..

This is the basic circuit that will be used to close the infinity loop.  Without this, rotational induction can not manifest properly.  

Dual Polarity Square wave from signal generator.  Half Rectification.  Each side through Optocouplers to isolate grounds. Out of optocouplers to individual Mosfets.

There will be diodes to stop Source to Drain current when mosfet is Off.



2 separate batteries must power the Mosfet Gates.  Mosfet grounds CAN NOT be at the same potential. Which also means gate driving grounds also CAN NOT be bonded.  If successful, batteries can also become output storage vessels.  

Next-  Waiting for main heart of the system to arrive tomorrow.  Precise control of both mosfet phases in relation to both input phase is crucial. 

More tomorrow

Wow!! That does appear to be very promising! Looking forward to your next posts.

[Jim Mac]

Ok Figure 8 Connecting Circuit looks complete and tested good..   Timing is controlled by a single AC square wave.

   

• Each MOSFET and its battery are floating until the optocoupler turns the MOSFET ON.
  
• When a MOSFET turns ON, it connects its source to the main circuit’s reference ground (via the diodes and the opposite MOSFET’s drain).
  
• This means that the active MOSFET momentarily shares ground potential with the main circuit, aligning its source voltage accordingly.
  
• Since the MOSFETs fire alternately, this shifts the ground reference dynamically between the two isolated battery circuits.
  

So to clarify, this circuit closes the infinity loop onto itself. but it MUST be perfectly timed to align with the Rotating Polyphase inputs.

This means, not only do I need to time the 2 input phases perfectly, I also have to time a square wave in-sync with the polyphase to fire at the exact right moment in the AC cycle.

   

I am not a master circuit designer, so it's sloppy.  But this does the job.  Can be cleaned up later..

[Jim Mac]

Wow!! That does appear to be very promising! Looking forward to your next posts.

Thanks, but it looks cooler than it really is..  All the circuit is meant to do is provide a Solid State version of this relay hookup..

   

The requirements are:   SPDT that can Switch AC while blocking Source to drain.. It should also be able to be triggered from 1 input signal.    

Making a solid state circuit to switch AC is much easier than this BUT Blocking Source to drain and Triggering from 1 signal and getting Double Throw action adds complication to make it Solid State.

To achieve this "double throw" action with MOSFETs, you need to manipulate the potential difference between the source and drain of each MOSFET individually.  So the main circuit's ground must constantly shift and alternate connections with the 2 individual mosfets (whichever one is firing)..  This way you can send HOT down the other mosfets Drain and vice versa.  So the 2 mosfet's gates and source MUST always be isolated.  And the main circuit's ground alternates bonding to the individual mosfets 1 at a time

[Jim Mac]

Might not make sense....  BUT...

   

Both sides of the resistor (Both Hots) have a Switched Bridge..  Switch only closes at Purple Circled Times in the Wave...

Now loop is complete.  

Switch MUST Close AT or After Peak and Open AT or Before the 2 waves intersect.  because at that time, the Potential difference in the 2 phases switch..

Basically to say it easily,  Shrinking Wave Potential is ONLY HIGHER than Growing Wave Potential on 1/2 the cycle.  Infinity loop can only be closed at those points..  

This is the purpose of Buforn's Adjustable Switch..

   

By sliding the brush, he was able to tweak EXACTLY how long the bridge stays open and closed.  And was also able to control EXACTLY when the contact was made in relation to the input waves BECAUSE it was on the same motor shaft that drove the main commutator.

Edit-  Updated Image with correct wave and added below pic for reference..

   

[Jim Mac]

Wow..  So doing this project has revealed Major clues to what I seek..  Here's the quick summary..

Two 90 degree shifted waves are Constructive 1/2 the time and Destructive the other half..  So I found 2 ways to make them 100% constructive..  It got quite complicated until I got it hammered down..

This is what we need to create the true rotation effect.  100% constructive..  The reason a generator does this naturally and transformer phases don't is because the generator's rotor poles physical rotate in space / time.   But I feel this is now solved..

All my other attempts, I series connected 2 phase and 4 phase.  So 0 to 90, first adds then destructs.  Then 90 to 180 adds then destructs. 180 to 270 adds and destructs, then 270 to 0 adds and destructs, repeating.    It doesn't Work...

What I am saying is 2 phases 90 degrees, one Flows into the other, but then the current reverses when they cross at 45 degrees.  Now current flows the wrong way and does not enforce the magnetic field.  

Look closely at my circles.  If these were in series, High potential flows to Low.  So wave 1 feeds wave 2 fine (constructive)..  But then they cross and and the potentials High / Low switch..  This made the current change direction right there at the cross and it pushes the wave that is trying to shrink Back Up..   



This can be corrected..  Stay tuned..

[Jim Mac]

I found the Gatekeeper!   -  Why induction systems can not go overunity...  

it hides in plain site...  

Bypassing the Gatekeeper is possible. 

Will present findings soon-  when I can demonstrate..

[ks6000]

thank you for your continued and excellent efforts. i look forward to your posts.

[unimmortal]

Great stuff Jim, I can only add encouragement at this point.

Very curious to see how this might translate to polyphase generators.