Thane Heins Perepiteia.

[OilBarren]

Looking forward to the video!

I HAVE THE OTTAWA SKEPTICS VIDEO HERE BUT I NEED SOMEONE TO TELL ME WHERE TO GO?
- SORRY THAT ALREADY HAPPENED TODAY - I NEED INSTRUCTIONS ON WHERE AND HOW TO UPLOAD THIS VIDEO.

THANKS
Thane

[johnnyl]

Hey Thane...  Do you have a youtube account?  If so, you could upload it to that...

Some of the other members seemed to prefer the higher resolution original videos in the past (as opposed to youtube), and had suggested using http://www.megaupload.com .  You should be able to upload any file up to 500 mb to that service for free from what I understand.  Instructions on how to upload to this site are found here: http://www.megaupload.com/faq/ (you'll have to scroll down a little).  Leave the option fields blank like it says, and once uploaded, you should get a link to the file that you can share with us...

[polarbreeze]

MOTOR POWER IN APPROACHES ZERO (as system speed increases).
GENERATOR POWER OUT ACROSS LOAD APPROACHES INFINITY (as system speed increases).

Thane

Yes, I understand that is the claim. But there's a very simple opportunity to PROVE it by simply adding a load to the system and mesuring power. It needs to have an actual load, a mechanical load (like a brake), to absorb the output power, and this would also regulate the speed to a chosen steady-state condition. You can then measure the power out of the system under controlled conditions. It is then possible to measure the efficiency (Power-out vs power-in) under two conditions: (a) with the Peripeteia off and (b) with the Peripeteia on. Demonstrating that the efficiency goes up with the Peripeteia engaged would provide incontrovertible proof. It's a very simple experiment: why hasn't anyone done it?

[OilBarren]

Yes, I understand that is the claim. But there's a very simple opportunity to PROVE it by simply adding a load to the system and mesuring power. It needs to have an actual load, a mechanical load (like a brake), to absorb the output power, and this would also regulate the speed to a chosen steady-state condition. You can then measure the power out of the system under controlled conditions. It is then possible to measure the efficiency (Power-out vs power-in) under two conditions: (a) with the Peripeteia off and (b) with the Peripeteia on. Demonstrating that the efficiency goes up with the Peripeteia engaged would provide incontrovertible proof. It's a very simple experiment: why hasn't anyone done it?
[/quote]

PLEASE FIND ENCLOSED A $20,000 REPORT - WHICH MAY ANSWER SOME OF YOUR QUESTIONS AND WILL LITERALLY CAUSE AETHER22 TO DIE IN A FIT OF UNCONTROLLABLE LAUGHTER AND TEARS.

WE WILL BE RECREATING THIS REPORT AT OTTAWA U THIS WEEK. - WITH VERY DIFFERENT RESULTS I IMAGINE

THIS IS FOR JOHNNY
http://www.canada.com/ottawacitizen/news/story.html?id=31887883-be00-4d3c-8763-d96564794cae

[johnnyl]

Thank you for posting the article and the reports!  I need some time to look over the reports more thoroughly, but the article was interesting!