Thanks for your input ,Vic. 
I'm afraid the Maths are over my head. I sense you're referring to fast 
pulse trains reforming at ELF and punching through all and sundry.
This intuitively feels like a good case.
Keep us informed of your various assaults on the perpetuators of all things 
unwelcome, as and when you can -and get a break in now and then. 
it's hard going on this trail- as we all realise.


On Thursday, 2 August 2012 17:34:18 UTC+1, Vic wrote:
>
> The reason that this Hum crap has never been recorded is because no one 
> had ever thought it through. "If you can't do it with conventional 
> equipment - Why?" AND "OK, so what WILL record it?"
>  
> Residence time of individual Hum sine waves hangs around the 5 nanosecond 
> range (Phi). No equipment is fast enough to pick it up. There is no Tau 
> (echo/reverb resulting resonance) so, if you miss it on the first shot, 
> you've missed it. These sine waves just goes straight through everything 
> until they are spent of energy.
>  
> FFT and FHT based software takes care of this low-exist time. It has it's 
> base in Calculus Integrals, Bode, and LaPlace mathematics. Plus Fourier of 
> course.
>  
> Go look, it's real, just type in Fast Hartley Transforms (a form of 
> FFT) on a search engine and it'll take you straight to it. It's also in 
> both of my research documents that have been corroborated and entered as 
> evidence in many countries worldwide by many experts. It's used for 
> measuring/capturing all sorts of low-exist time signals. It's primarily 
> used for snatching low-exist time/distance comms signals. I've got the Hum 
> recorded many, many times all over the world.
>  
> And, as a footnote everyone, if you don't understand the above 
> described technology don't knock it. I got off my ass and found the 
> solution. Now I'm suing the bastards. if you want to take it up, you have 
> documents , they're right here on this forum. All the info you'll ever 
> need, don't ask me for help with it, go do it yourself - I've GIVEN you the 
> tools. OK, I'm done. Bye.
>

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