I've often wondered if these magnetic systems have some unforeseen zero point 
asymmetry built into the construction materials... but then I also allow for 
trapped ambient gases in the calcium pores of pyramid block.:_)
Fran

_____________________________________________
From: Jones Beene [mailto:jone...@pacbell.net]
Sent: Thursday, March 22, 2012 9:30 AM
To: vortex-l@eskimo.com
Subject: EXTERNAL: RE: [Vo]:Thane Heins continues with his bold claims


-----Original Message-----
From: Harry Veeder

> In Thane Heins' system an input of kinetic energy
maybe required to keep the system creating more kinetic energy,
because the conversion of the created kinetic energy into electrical
energy destroys the kinetic energy that was created.

Yes, that rings of Aspden's theory, but doesn't it forcefully argue for the 
type of demonstration where the claimed OU device is interposed between a very 
efficient motor and a very efficient generator? Both are kinetic devices. This 
route is the simplest yet most important way that any inventor can prove his 
claims: to "close the loop".

For instance, I am fond of the CSIRO open source motor which always wins the 
solar races in Oz:

http://www.csiro.au/Outcomes/Climate/Reducing-GHG/Solar-cars-use-CSIRO-motor.aspx

It is 98% efficient as a motor and can be rewired to be 95% efficient as a 
generator. That includes windage, friction and copper losses. Thus the 
combination will self-power in a rather dramatic way so long as the electrical 
system connecting the two has a COP of at least 1.1 ... but to be on the safe 
side, 1.2 may be needed.

In either event the gain required can be so low in percentage terms that it 
would be questioned by skeptics as measurement error - if only meters are 
involved. Bottom line: there is no excuse for not employing this expedient, 
since a self-runner is rock solid proof of the claim. Not to mention - very 
dramatic proof.

To fail to do so, after all these years, is essentially a tacit admission that 
the device in question is not gainful.

Jones

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