Howdy everyone,

The divulging, disclosing or doing so called "name dropping" by Rosemary goes clear back to the beginning of the "Quantum" October 2002 COP>17 magazine article that was written (self or own correspondent) by her and as the "Pretoria News" paper article dated Thursday November 14, 2002 which has many collaborators names attached to it.

As everyone has seen posted in forums and Rosemary's blogsites that "NO" collaborators or experimentalist listed and referred to by her have ever came forward backing and agreeing with her claims of device operation on any creation she is or has been involved with. The access to any of the testing and evaluation documentation to support the device claims by Rosemary has always been withheld, never totally given to the open source or scientific community with and including all or enough excepted scientific testing and evaluation documentation that a device could be reproduced by anyone with a electronics background and prove said claim(s). 

"Quantum" October 2002 COP>17 magazine article      [attached - quantum_october_2002.pdf]
"Pretoria News" paper article dated Thursday November 14, 2002    [attached - 28663707-Rosemary-Ainslie-Pretoria-News-2002.pdf]

FTC

Beautiful work, mr. TK.

 

Quote from: polln8r on July 15, 2012, 07:54:56 PM
Hi TK,
     I've had some computer issues and haven't been able to post in a while, but I've been wondering how well your wireless units could light up other types of bulbs (CFL's, those fancy LED ones, regular household bulbs, etc.) and whether the supernova mode can be achieved with any of them (or be enough to light up higher wattage bulbs more than expected). And I agree, this subject has indeed been one of the most interesting I've seen here. It is certainly applicable in many areas and there are a lot of things about it that merit a whole lot of research. Very fun stuff to see.

Cheers, I hope you're planning more vids!
polln8r.

This is a low voltage, inductively coupled high current AC system, and in the near field, line-cast (no dispersion or falloff with distance). As the motor demo shows, if necessary this can be rectified at the receiver and any load that meets those requirements can be driven wirelessly.

For fluorescents, that is high voltage and capacitative coupling, and broadcast. The Sassy ClassE sstc handles those.

The "supernova" mode is a matter of getting mutual exact resonance coupling between the tx and rx. Ideally, the system would be in this mode all the time, with the rx and tx precisely tuned to each other.

Of course there will be more vids !! Thank you for your interest... and check out the schematic.... properly switched mosfets are capable of a lot of things. Unfortunately.... they only use ELECTRONS to do the work in this mode.

Quote from: polln8r on July 15, 2012, 09:17:21 PM
Beautiful work, mr. TK.

Thank you!

I even color coded some of the wires.