1 kW zero point energy @ Peswiki.com

[neptune]

@Haithar .Many thanks for that I will certainly give it a try . A couple of other thoughts while I am here . My electronic knowledge such as it is , was the result of being a Radio Amateur back in the 1980s . I used to love playing with home made circuits , especially RF oscillators and tuned circuits . I used a grid dip oscillator to determine the frequency of tuned circuits , but of course , that was at much higher frequencies than we are dealing with here . Another way was to make the circuit oscillate , and listen to it on a radio receiver . Here we are talking about low audio frequencies . I mentioned in an earlier post the possibility of listening to the oscillations using a coupling coil and headphones . Here in the UK the frequency of the electric supply is 50 Hz ,and probably in most of Europe .So if you listen to the mains , 100Hz is a note exactly one octave higher .Also , frequency counters are very cheap now , and even some multimeters have a frequency counter working up to 20 Mhz,

[caru]

That's a rotary lifter.
Don't you see the sharp tips at the edges of the can?
It's just propelled by ion wind man.

Turtur also did the same experiment in the vacuum, using oil instead of water... doesn't this exclude the "ion wind" explanation?

[caru]

yes you can modify the RPM  of the magnet "at will " in the program.
So i did for my coil simulation to get 77 watt output. I spin the magnet at 3000 rpm and it goes (see pix in red )

I don't think you can choose actual magnet RPM. That's only the initial constant velocity given to the magnet.
For instance, you can see that by applying 6,000 RPM initially, it then goes up to 10,000 RPM (look in the output .dat file, in the 5th column you can see rad/s).
Please let me know if this doesn't make sense and I'm completely wrong.

[caru]

6 Will varying the resistance of the load cause detuning and stop the machine .

I don't think so, since the device should be load-following, eg: adjust itself to the load by varying its own resonant frequency... but let's see what Dr. Turtur has to say about this.

[haithar]

I don't think you can choose actual magnet RPM. That's only the initial constant velocity given to the magnet.
For instance, you can see that by applying 6,000 RPM initially, it then goes up to 10,000 RPM (look in the output .dat file, in the 5th column you can see rad/s).
Please let me know if this doesn't make sense and I'm completely wrong.

Yes that's how i understood it too.
You bring the magnet up to the initial rpm you determined in the software and then flick a switch and let the thing run.