locating Steve Mark´s TPU demonstration house

[wattsup]

@otto

@poynt99 says there is also a dominant frequency at 60-120hz. So your two frequencies could be 5000Hz and 60-120Hz to give a good mixing of both and create as much havoc as possible going into the collectors and meeting inside one half of the center toroid that would then impart its energy to the second half of the center toroid as shown below. Hmmmm.

The question is how could you tune two rings to then have a greater affinity for those frequencies?

@wings

Good patent find. Thanks.

[EMdevices]

@ BEP, yes I plug my magnetic meter into the microphone jack of my camcorder, works pretty good for me, then once I transfer it to my computer via the firewire interface,  I can edit and extract just the sound file, which then I can play in the spectrum program.

@poynt99,  you're correct about the clicks and sounds,  those most likely are from the camera itself, I've observed them before, that's why I hold out the receiver straight out in front of the camera as far away as my arm will go.  BEP might be also correct, I'm sure they use the relay control frequencies on those lines.

Also, the energy from the powerlines is definitely stronger at the lower frequencies, like you were wondering, but there is an explanation for that, it's the filtering in the meter amplifyer, but I tend to believe their magnitude might be stronger,  anyway, a basic rule of thumb is that if we want to tune to lower frequencies, we'll need higher values of inductance L and capacitance C, and you know what that means, large quantaties of wires, lots of caps in parallel, etc.., but it could be done.  (this is assuming we use a LC tank circuit as the resonant structure)  However,  there is also a simple reason why we want to operate at higher magnetic frequencies, given the same field magnitude, and that is because the induced voltage is dependent on the FREQUENCY.  Higher frequencies means the magnetic field is changing faster, because it vibrates faster from + to - polarities,  so induced voltage in a loop of wire is equal to the derivative of the flux, or the rate of change of the flux, so the higher the rate of change the higher the voltage !    In that line of thinking,  tuning in to some AM radio station at 1450 kHz would even be better since they transmit at higher frequencies. However, there's always a trade off,  do I go for higher frequency but lower amplitude?  or do I go for lower frequency but higher field strength?  The equation will dictate what is better to use.

@ all,  Sorry I didn't get the courage to go knock on the door, like some of you were hoping perhaps,  it's just not in my nature to go bother people like that.  Perhaps some other time when I go visit I might see somebody outside and talk to them.  The important point about the trip is not realy to go inside the house, but it's the power lines that are right next to it. 

hope you guys enjoyed it 

EM

[khabe]

How many kV line is it? 200? 500?
I wonder that you have no special laws in US and people living so close to,
At that its not a Ghetto, not poor men slums - nice houses of high muck-a-muck people,
Voluntary test site?

Respect,
khabe

Ah ja, found some new links like
http://www.kokomoj0.zoomshare.com/

[BEP]

IMO: good choice not knocking on the door. I hope you don't need to make such a trip to my house without warning. Even if I'm not home the neighbor lady can bite.

[turbo]

Awesome man. 

EM your the best.