The Lee-Tseung Lead Out Theory

[Pirate88179]

We need more photos of Forever.  She has a beautiful mind.

Bill

[ltseung888]

Thank you to Todd Hathaway of The Potomac Energy Projectââ,¬Â and others in proof reading the attached file.

This file will be frozen after additional review and correction.

Note: The major change to V3.0 is the realization that the ideal pulse force for a pendulum is the pull applied perpendicular to the arc of motion at the maximum displaced positions.  This pull will lead out the maximum gravitational energy via the tension in the string.  Similarly, the best pulse force for rotating systems is tangential to the radius (or in the direction of rotation).  The rotating systems should rotate faster due to the pulse force and rotate slower due to external load (friction, work, etc.)

[ltseung888]

From the forum.go-here.nl discussions:

The theoretical ideal pull for a pendulum is the pull when the pendulum bob swings to its highest position and perpendicular to the arc of motion.  How can this be realized in practice?

The theoretical ideal pulse for a balanced wheel is tangential and in the direction of rotation.  How can this be realized in practice?

Excellent questions.  I do not have a ready answer.  Let me open them for the Forum Members.

[Freezer]

Scroll the video to 1:39:00
He shows some pulse devices which might relate.

http://video.google.com/videoplay?docid=2858148671911962750&q=energy+from+the++vaccum&total=137&start=0&num=10&so=0&type=search&plindex=2

[ltseung888]

Let me first comment on the simple pendulum. With the simple pendulum, there are two good positions to apply the pull ( A and C in the diagram).

I do not like the simple pendulum as I cannot increase the number of pulls per second easily. The pendulum may remain as a toy device rather than a practical electricity generating machine. 

Forever  Yuen and Lawrence Tseung
Discussion before posting Leads Out good ideas.