Ground breaking work of Frank Znidarsic (Cold Fusion & Anti-gravity explained)

[khanster]

The Space and Propulsion International Forum has filled up the house with people coming.  I have completed a preview of my 30 minute talk.  It is still a work in progress.  A wmv movie file is linked below with the preview.

http://www.angelfire.com/scifi2/zpt/movies/ZNIDARSIC.wmv

I hope it goes well at the conference.

Frank Znidarsic

Hello fznidarsic, I made copies of your video and will study them carefully.

[tomd000]

After going through all the videos and reading Lane Davis's paper "Quantum Cold Mysteries Resolved" I feel what is needed is a summary of Frank Z's cold fusion process.
So here is a rough first attempt. Feel free to make any additions, corrections etc.

During the quantum transition there is impedance matching between the electrostatic force and the electromagnetic force.

The electrostatic force occurs between the electron and proton and is expelled away from the proton at the speed of mechanical vibrations. This speed (mechanical vibrations) is 1.094 million metres per sec. Therefore the speed of transition is 1.094 million metres per sec.

Because of impedance matching during the quantum transition all the magnetic forces must be equal ie.. electromagnetic force = gravitomagnetic=spin orbit force.

This results in an increase in both the gravitomagnetic and spin orbit forces to match the electromagnetic force.

The increase in the spin orbit force has the effect of amplifying the strong force thus enabling the strong force to overcome the coulomb barrier and hence encouraging the fusion of two nuclei (cold fusion). Therefore for cold fusion to occur there must be continuous quantum transition, which is encouraged by stimulating the lattice at the speed of transition (1.094 million metres/sec)

[bourne]

@tomd000

I would agree, but you are using the wrong units. Replace 'million metres per sec' with 'megahertz per metre'.

If I remember correctly, from either the videos or Franks pre-talk summary he mentions a standing wave is measured in hertz per metre.


@anyone What is the most efficient method of vibrating something in the Megahertz range?

bourne

[Staffman]

@bourne

Piezo's "may" work. See http://www.piezotechnologies.com/composites.htm

[tomd000]

@Bourne

On page 5 of "Quantum Cold-Case Mysteries Revisited" the speed of transition is described as 1,093,846 m/s. Also see video 5.

Regarding the most efficient way of vibrating something in the Megahertz range. Would that be a laser?