Newman press conference

[prometheus_effect]

Hi Stefan,

As another thought you could use diodes to seperate the current flowing from the batteries to the motor and the current flowing from the motor to the batteries. Then run both though emersed strip heaters in individual water tanks, measure the temp rise in each water tank and calculate real energy flows each way. Has this been done?

Regards,
Prometheus_Effect

[hartiberlin]

Hi Prometheus,
it is all not so easy, that is why there has not been too much progress into this direction.
ALso as the RF currents are needed for correct operation, the coil unit puts out high RF noise
into the surroundings, which must be shielded, before a unit could be
sold and also the burning contacts at the commutator are needed
and this problem also has to be addressed in better materials lasting longer,
so you see, it is not as easy as you think.


Also this presented machine at the press conference is at a power
level of only around about 1 to 3? Watts !
If you want to go into the 100 Watts or Kwatts range
it is very difficult to scale up.
Then you need again high voltage supplies
or massively bigger coils , which is very expensive to
build..
This is why I have concentrated my own research now to
other areas, which are more easy to scale up.

Regards, Stefan.

[prometheus_effect]

Hi Prometheus,

It is all not so easy, that is why there has not been too much progress into this direction.

Also as the RF currents are needed for correct operation, the coil unit puts out high RF noise
into the surroundings, which must be shielded, before a unit could be
sold and also the burning contacts at the commutator are needed
and this problem also has to be addressed in better materials lasting longer,
so you see, it is not as easy as you think.

Hi Stefan,

Storing the energy of the RF bursts into a cap bank is not as hard as you may think. RF engineers do it all the time, How do you think high power RF transmitters work? Has there ever been a spectral analysis done of the RF burst feeding back into the batteries?

Also this presented machine at the press conference is at a power
level of only around about 1 to 3? Watts !
If you want to go into the 100 Watts or Kwatts range
it is very difficult to scale up.
Then you need again high voltage supplies
or massively bigger coils , which is very expensive to
build..
This is why I have concentrated my own research now to
other areas, which are more easy to scale up.

Scaling up is just engineering time and money. But first the underlying OU effect needs to be clearly understood and I suggest the small motor would be a good cost effective model. Stefan once it is proven there is a OU effect here, money and good engineering minds can solve any other problems.

Regards,
Prometheus_Effect

[hartiberlin]

Yes, the OU effect comes mainly from the spark-gap effect at the commutator.
But as far as as I know, there has not been a spectral analysis been taken,
cause the high Voltage Back EMF pulses might just destroy every spectral analysator !

It really depends on the contact material at the commutator, how big these
pulses are and how big the RF output power is.
With copper-carbon it works quite well.
With conducting water- conducting water it does not work at all !
This I have already tested.

With his bigger earlier machines there were also DC components additionally
to the RF bursts, this depends on the "Stray capacity" of the coil.
The bigger this Stray capacity is, the bigger is also this DC component that kicks
back and recharges the battery too.
So to wind a coil, which has lots of capacity is better.
Regards, Stefan.

[hartiberlin]

P.S. The turning magnet inside the coil will also help to make the
Back EMF Voltage even bigger and thus "power" the spark up !

Regards, Stefan.