Thane Heins Perepiteia.

[OilBarren]

If we look at thanes high turn coils we see that a permanent magnet will produce a changing magnetic field in the iron core inducing a voltage in the windings (a transformer), the resistance however will limit current flow increasing the voltage thus the energy is stored as capacitance, as a changing electric field.

THE TOTAL COIL IMPEDENCE ( Zt )WILL LIMIT THE CURRENT FLOW
( We need to acknowledge people who are reading this and learning at the same time - let's be good and clear teachers to each other ).

As well I cannot concieve that there could be "extra" energy produced in this machine, it is more likely that the energy gained in attraction is transformed into an opposing condition to expell the magnetic field from the iron core.

VERY INTERESTING ... IN THIS DEMO FOR EXAMPLE
http://www.youtube.com/watch?v=K7PBavkMGwI

IF WE DISCONNECT THE HIGH VOLTAGE COILS AT "FULL SPEED" WHEN BOTH COILS ARE ENGAGED BUT LEAVE THE HIGH CURRENT ONE ENGAGED - THE HIGH CURRENT LIGHT BULB WILL GLOW MORE INTENSELY JUST BEFORE THE SYSTEM BEGINS TO DECELERATE.

I ASSUMED IT WAS DUE TO THE REDUCTION IN CORE FLUX AND CORE RELUCTANCE BUT THERE MAY BE ANOTHER "STORY".

CAN YOU ELABORATE PLEASE - SO WE ARE NOT MAKING ASSUMPTIONS AND ARE ALL ON THE SAME PAGE - WITHOUT ABIGUITY:

energy gained in attraction = ?
(WHAT ENERGY, WHAT ATTRACTION)

transformed into an opposing condition = ?
(TRANSFORMED HOW, WHAT OPPOSING CONDITION)

expell the magnetic field from the iron core ?
( WHAT COIL POLARITY AND WHAT MAGNET POLARITY )

THANKS
Thane

P.S.
LUC, ANY CHANCE YOU MIGHT BE ABLE TO POST YOUR DATA WHEN YOU GET BACK FROM THE BEACH TODAY?

[OUman]

The energy is ... simply being transduced -- from a previously inaccessible reservoir...

RCH   

What evidence is there of that?

[OUman]

... The coils have many turns of fine wire as such they they have a high resistance and in the right context a high capacitance.Many people have been led to believe this capacity is a fixed value but it is not, it is variable and dependant on the properties of the conductors and the qualities of the currents in them...

Not quite. It is true that the capacitance depends on the properties of the conductors - such as diameter, spacing, number of turns, etc. However, the capacitance does not depend on the qualities of the current. Capacitance is a property of the materials and construction of the device; it can be measured and is a fixed value (for a given design and construction) which does not depend on current, or voltage, or any other operating conditions.

[OUman]

I don't find it 'odd' in the least that Thane wouldn't bother acknowledging it... 

The issue, as you well know, is one of integrity. Thane told us in his posting that this U of O prof checks these results on a daily basis before any of them are posted - and he is thereby co-opting the prof's reputation without the prof's permission. If it is not true that the prof is doing that checking, then Thane should not be telling people that he is.

[allcanadian]

@OUman

Not quite. It is true that the capacitance depends on the properties of the conductors - such as diameter, spacing, number of turns, etc. However, the capacitance does not depend on the qualities of the current. Capacitance is a property of the materials and construction of the device; it can be measured and is a fixed value (for a given design and construction) which does not depend on current, or voltage, or any other operating conditions.

Ok, take a 2 meter piece of wire and fold it in half, in you connect an direct current to the ends you would find the energy stored as capacitance would equal, Q(energy)=1/2 CVsquared. Now connect an alternating current the frequency is 150Mhz having a half wavelength of 1m, at this point the peak voltage in the middle of the lower wire corresponds with the minimum voltage in the upper wire as the wire is bent in a "U" shape. In this case the potential difference between these two points in the wire has doubled thus the equation for this instance is Q(energy)=CVsquared. Any variation in frequency from this resonant frequency will produce varied levels of capacitance as we are dealing with two points in a single wire under different conditions.