PhysicsProf Steven E. Jones circuit shows 8x overunity ?

[jbignes5]

 More Research on the subject of crystalline battery might have some great impact. Here is what we know currently about the borax they are using:

http://en.wikipedia.org/wiki/Boron

Reading this wiki it is clear that they have created a new structure of boron! This is the unknown structure I believe they are talking about in the description or possibly another unknown polycrystalline form that shares superconductivity at ROOM temperature or near superconducting at room temps and hence the voltage they are seeing.

[JouleSeeker]

  Fun stuff, jbignes.. thanks.

And Here's a find I made this evening while searching, pondering...
http://www.energeticforum.com/renewable-energy/3759-bedini-solid-state-oscillator-tesla-switch-combination-2.html

Reminds me of nul-pts circuit; comparison shown below.  Exciting IMHO.
Gotta build.

[nul-points]

[...]
And Here's a find I made this evening while searching, pondering...
http://www.energeticforum.com/renewable-energy/3759-bedini-solid-state-oscillator-tesla-switch-combination-2.html

Reminds me of nul-pts circuit; comparison shown below

hello Steven

yes, that's the arrangement which surfaced recently, as a replication, in the 'Joule Thief' thread and i mentioned here a week or so ago:

  link-->http://www.overunity.com/index.php?topic=10773.msg299685#msg299685

my latest SJ1 variant is testing exactly that concept to get some actual data as to the overall charge/discharge performance

that idea of using 2 batteries in series to charge 1 (or 2 in parallel) is the fundamental approach behind the Tesla Switch (as featured most recently by M Jones in the EF thread mentioned previously) - batteries are then swapped either manually or automatically depending on the complexity of the circuit

my test is approaching the second full week of continuous operation and includes the first 'battery swap' (see latest graph below - blue graph shows voltage of charging cells, red & yellow show voltages of the the 2 supply cells)

at present, the trend appears to be slightly discharging but it COULD be that the whole system has to 'settle' to an operating level which is dictated by the load on the system (ie. LED o/p + losses), so i think the test needs to run for some weeks (or maybe even months?) to confirm this

if this 'go/no go' test shows promise then i'll replace the test with an improvement i've drawn up which should be able to recharge all batteries as it runs, without manual or automatic swapping

as usual, i'll keep you informed
np


http://docsfreelunch.blogspot.com

[nul-points]

(i hit 'Quote', not 'Modify' - doh!)

[JouleSeeker]

NP:

[snip for brevity] so i think the test needs to run for some weeks (or maybe even months?) to confirm this

if this 'go/no go' test shows promise then i'll replace the test with an improvement i've drawn up which should be able to recharge all batteries as it runs, without manual or automatic swapping

as usual, i'll keep you informed
np

Great work, thanks NP!  I'm starting a fresh build seeking higher Poutput and looping, myself....  Best wishes to all, as mankind is in great need...