Testing the TK Tar Baby

[picowatt]

So I guess she won't be asking .99 or GL about the Q1 issue anytime soon...

[TinselKoala]

I could not care LESS what you've been working on.  But it's a comfort to read that you consider it BRILLIANT.  In which case I'm sure that it's been inundated with thousands of viewers who share your opinion of your own brilliance.

Not actually _thousands_ yet.

In fact I am still somewhat behind you in total views. But then... I've not made any fraudulent claims, I'm sharing my work completely, my schematic is actually known for sure, I've given credit where due.... all in all, my work is not nearly as controversial or entertaining as yours is.

It just works, and does what I say it does.

By the way.... the Ainslie demo video on the dooziedont channel... Ainslie's YT channel... has garnered 1,649 views since it was posted over a year ago on March 22, 2011.

I have posted several Wireless Power demonstration videos, the first one on July 8, thirteen days ago. They have garnered 986 views in total, as of today. Some of those are no doubt duplicates, as people are interested enough to follow through the new reports of new testing and developments.

Do. The. Math.

[TinselKoala]

Electrostatic voltmeters.... how the Heck do they work?

I'd like to see Ainslie's "thesis" explain the operation of an electrostatic voltmeter.

http://www.youtube.com/watch?v=eogpGHFgV6E

[TinselKoala]

So I guess she won't be asking .99 or GL about the Q1 issue anytime soon...

She thinks the equinox (or the solstice) comes in July. There is no telling when "soon" comes, in Ainslie-speak. It sure won't be anytime soon though.

[MileHigh]

Electrostatic voltmeters.... how the Heck do they work?

Har har I can take an educated guess on that one where the roots of the answer go all the way back to Grade 11 physics class.

Just the name of the device tells all.  I am sure many of us remember the gold-leaf electroscope experiments.  So I am betting the device is based on a large gold-leaf electroscope.  Inside the device there is a pair of large ultra-thin metal plates like a "hanging sandwich" that are in electrical contact.  There are some very delicate springs between the two plates.  As the voltage on the plates increases the plates push apart and the springs are then put under tension.  The separation distance between the plates is proportional to the voltage.

To complete the picture the device is like a bell jar capacitor.  The "ground" plate of the capacitor lines the inside of the cylinder and the "hot" plate of the capacitor is the two ultra-thin metal plates as described above.

Exactly how that plate separation distance is converted into the needle movement I don't know, but the heart of the device is a giant gold-leaf electroscope.

No Google I swear.

MileHigh