Thanks for your comment. I have got all the components together but have not got round to building it. What intrigued me about the circuit is that it allows for electrostatic input into the circuit to prolong the lifespan.
My experience with the Benitez experiments is that if you allow electrostatic to mix with ordinary electricity then you get a superconductivity event.
Analyzing Akula's circuit - I have come to the conclusion that he also mixes frequencies. I call this stochastic mixing although that is probably not the correct term.

  a.king:
  I had used the 2N3055, as well as several other transistors, on this circuit, as well as on the original Joule Ringer circuit, which the cross-over circuit is based, and modified from.
The transistor that I found works best was the TIP3055 from Radio Shack. It's cheap and easy to obtain, as well. Although the battery can get recharged back to starting voltage, by this circuit the mA levels don't do the same. So, a fluffy voltage, with little amps.
 This can all be improved, but the light output, or lumin levels from the circuit was not what I was looking for.
  One of Gadgets cross-over version, was said to have burned itself out from over-runing itself, and took off,  but, burned out.   Why he never got it going again,  is my question...
  In any case it's a very interesting circuit, and does have some recharging or self running aspects to it. Just needed further improvements, possibly.

  There are several good videos on YT about the cross-over crt, made by some others, like lynxsteam, to look at. If you haven't done so already.
 
  We need to find the basis for why any unknown effects are created in circuits like these.  And, this LS/Gadget cross-over circuit may help to better understand some of what may be happening in the self-runners, in general. And just how to achieve a useable feed-back path, one that works.

As promised here's a cool circuit you can build


Gadget has commented on it as follows:
Hi. It's a modification i did to Lasersabers original circuit the crossover . I Added a Diode and cap  and yes 220 volt Led bulb..It's a nice circuit and can pull from the electrostatic / Ground potential if wire is added to your input capacitor/source leads . It's not Pocketpower+ but an interesting Circuit Never the less. Free as you can Snag from air/dirt or earth batteries.. Yes Jesus Aka Nieves Redrew It for Clarity and he Makes great Schematic Pics.i thank Ls for the original posting of the original circuit . I Modified it to create a feedback loop . If you use the right transistors and diodes and the exact bulb it will ring for days on the cap alone and if a battery is inserted it will increase in voltage with any antenna ground setup . I can't tell if its collecting radio waves or ions but the higher you go up the more power you get . It also runs sweet on a carbon rod and a Magnesium rod in dirt . I am waiting for Solar panels and will take orders for Pocketpower+ if anyone still Interested in it after i get them..  Gadget
(http://laserhacker.com/forum/index.php?action=dlattach;topic=63.0;attach=655;image)


NB the 220 pf should read 220 v

Dear sir,
Thank you very much for posting such a great circuit.
I have all the components except the transformer.


Could you please tell me which type of transformer is this?ferrite ? dimensions/wire guge etc

i can quickly check if some body help me regarding transformer.

Bestregards,
D.J

  Guys:
   Here is a picture of my new output coil for my version of the RMG device replication.
   I'm working on the feed back circuit for this device, now. 
   Any ideas or help with a feed back path is welcome.

hi Nickz,

Suggestion-
Regarding feedback path via transformer before you proceed further - You will need to know the Current draw on battery x input battery voltage to get power consumption.

Once the circuit is in ringing mode/optimal output indicated by brightness on bulbs you will need to measure output A/C voltage x A/C current to bulbs.

If provided the output power is indeed higher than the input power only then you can proceed to look into feedback path.

My version of feedback path would be  mains 50/60HZ transformer but efficiency is only optimal at 400HZ(It was used in aircraft so that transformer need not be large to transfer same power.)

I know that this yoke core would ring in the kHz range hence to prevent saturation of the mains transformer core at high frequency.I will solve this issue by removing the core of the mains transformer and replace with ferrite (2000) or iron powder core.
Do try the air core version first although it might not be as efficient.

If the output/input efficiency is really bad you are better off getting a sine-wave inverter <500watt for 12volts.
The one you are working currently on is just one of the stage for the Akula device.

Cheers
Magpwr

Thanks,
wires are of same direction or opposite?

Same direction

  Guys:
   I'd also like to mention...  That I'm now seeing much the same results as Geo has been mentioning and showing all along, concerning the RMG crt.
That is, that by using either the yoke or the flyback core, and connecting them onto the bigger ferrite filled air core, I'm seeing the added brightness and higher pitch of the core ringing, with each additional tuning capacitor that is installed onto the secondary part of the circuit. Balance between these two cap banks is very important, before the yoke, as well as after the yoke.
  So, for those like Itsu, Hoppy, and others that build the "round core", but have not tried or continued on to build the RMG crt.  Please do so, you may be surprised at what it can do.  Geo is absolutely right in everything he has told us.
  Then we can also all work together on the illusive feed back path.

hi NickZ,Hoppy,Grumage,itsu,Geofusion,verpies,T-1000,stivep

I have just uploaded another improved version into youtube to show how i convert HV into intense high current at output pickup coil and perform short circuit test at output without even creating a notable increase in current draw on battery supply as reflected on my digital meter shown in video.

Please forgive the sound as i'm just whispering throughout the video at "night" to describe what i'm doing.I do rarely talk in youtube videos.
 
I hope someone can further improve on this design and apply it in kapanadze like device somehow."If the no notable increase in current draw do make sense for anyone"
(There is no ou yet.If anyone ask)

http://www.youtube.com/watch?v=VQb6oyRXMrY
(Please see youtube video description for caps details)
 

Dear Magpwr.

A very interesting video many thanks for sharing it with us.

Would you kindly post the schematic for the HV here for us, a hand scribble will do !!   

I have most components to hand and would be willing to verify your findings!!

Finally, did you try an incandescent lamp load to the output ?? It would be interesting to see if a wholesale short changed the input current.   

Cheers Grum.

Hi Grumage,

I have attached the schematic of my 1 watt ultra simple hv circuit.
This is what the hv to current converter is based on 1 watt hv circuit -Ultra simple hv circuit -http://www.youtube.com/watch?v=BoUivNtYFIA

The key component to efficiency is the triple diffused NPN transistor "H1061" used in my HV circuit.This transistor is quite common in my country.
I have also tried 2n3055 but the "spark length" isn't as great or maybe the 1kohms resistor is too high value to use for the base of this transistor.
I was lucky to find the "hv transformer internal wiring" online using the part number pasted on hv transformer.
For the connection to base of H1061 transistor i tested with 1kohms resistor on various possible points on hv transformer until i achieve the "best spark length" using low voltage at 1.5volts to finalize circuit before going for higher input voltage.


Regarding the copper tube used as pickup coil-
I have tried using a thin wire from a tiny value capacitor and short the output between the pickup coil and noted the shorted wire does get little noticeable warm.At 8volts the input power is mere 3.6watt with good news no notable increase in current consumption upon shorting output coil.

The 1KV 10A spark gap was purchase at around $1 dollar a piece from ebay(bought 7 of those GAS DISCHARGE TUBE - SPARK GAP LITTELFUSE CG21000L 10A 1KV ,seller id: r_francis82 ).I notice by putting more 1kv spark gap in series in my video i used 3 .I noticed the spark at pickup coil become more intense.I can't seems to spot the difference using 4 x 1KV spark gap in series hence i choose to stick with 3 instead.

The best part for using dedicated spark gap it is really "silent". 

I think the bigger potential would be to connect "another matching copper tube" or thick copper wire and tap it's magnetic power to kapanadze like device where there is "step up coil,coil for inputting 50 or 60hz(mixing frequency) and etc...
 
Another weird possibility would be HV to induction heating coil.