I think I might change the coils. Just testing this setup.
Hi Comster,
nice setup,
but how are you driving these coils ?
I think the different sized TPU of Steven Mark
probably work differently, so we have to think,
which one is most easiest to replicate.
1. The "kick" thing is highly speculative.
the only kicks I have seen so far in my
former experimentation with coils
were from the stray capacitance of the
coils.
This capacitance must be charged up,
when you apply the supply voltage to the coil
and thus you see a short current kick, until this
capacitance is fully charged and then you will see the normal
1-e^-T/tau exponential current rise typically in an RL series circuit.
So if there is still a different other kick, I have not seen it and am notaware of
it and the quite from the Valve book was also misleading, cause there the higher
current and thus the movement of the heater thread winding is only
due to low resistance at low temperature and thus high current at switchon.
Okay, the movement of the heater wire is then caused because of the deflection
because of Lentz law in the magnet field of the earth, but this does not generate
any additional current inside the wires...
2. The control coil / collector coil at 90 degrees energy transfer seems to be a
capacitive effect to be as some have found out here recently...
So in the resonance mode, could there be any additional energy being transfered
this way or is the output always smaller than the input into the control coils ?
3. As the bigger 1 KWatts TPU seems to use 2 inner rotating 4 coils toroids,
which probably are powered by an electronic circuit and a small battery and
these probably generate 2 COUNTER-rotating magnetfields like
(http://overunity.com/stevenmark/toroid_gen.gif)
and produce interference pattern inside the outer collector coils.
Due to the interference pattern moving and changing also there is
at all output generated, which also does not couple and dragg back.
4. The smaller open TPU, which Mannix posted a clearer picture of probably
works differently.
In my view it just manipulates the airgap magnetic field of the 2 used
magnets.The 2 magnets Mr. Mark inserts, are about 5 to 10 cms away
from each other.
This field in air is probably a repelling field, so this field is
easy to shift back and force with coils, which are wound onto the plastic core.
These 4 coils on the platic core probably distort the field of the 2 magnets back and
forth and maybe get it to rotate or generate something like the vortex
of a tornado. But it is not yet clear to me, how he can do it just with 2 magnets
and 4 coils.
Maybe he has more coils there, maybe also a few around the inserted magnets ?
I am sure, it all only works, if we succeed to create a vortex magnet field, which is
rotating and loop it in a feedback to drive itsself.
It probably attracts loose magnet loop fields and whirls them into this vortex and
thus attracts free magnetfields from the earth or other magnet field moving nearby
generated by natural radioactive decay particles...
As these also generate free electrons in the air, which move, there then are also
free magnet fields moving through the air and these could be captured by such a "whirlwind
vortex black hole" TPU generator.
Only this could also explain the gravitatonal effects reported...
Well Comster, then just tryto see, if you can control your 4 coils with an
90 degrees phase shifted sine generator and see, if you could get the magnetfields
to rotate and then try inserting magnets to see, what will happen then...
But to get a real vortex magnet field we also need a 3 d?mensional setup.
so the magnet field does not just rotate, but also goes from upper level down
to bottom and the superimpose both rotations, so we create a real vortex,
which might then attract free magnet waves from the surrounding and earth
magnet field.
Maybe then the earth magnet field is just locally distorted and forced to go into a vortex field.
So far my ramblings for today.
I will see, that I can try to extract the old database tommorow,
if I find the time to do it.
Thanks.
Regards, Stefan.
