Fig. 14. Analysis executed with an SEM on an area of the cathode surface after 4000 sec. of plasma
â€"
January 2004.

www.lenr-canr.org/acrobat/CirilloDtransmutat.pdf

Quote from: wings on January 31, 2011, 04:40:11 PM
Fig. 14. Analysis executed with an SEM on an area of the cathode surface after 4000 sec. of plasma
â€"
January 2004.

www.lenr-canr.org/acrobat/CirilloDtransmutat.pd

The "f" was truncated in the above link, http://www.lenr-canr.org/acrobat/CirilloDtransmutat.pdf

Thanks Wings,

GB

The "d" orbital dz2y center torus ring is the "clutch" or energy transfer for the two outer lobes. The electron flows like river in a figure 8 patten in 3D. The repelling field of the magnetic force; dynamic flow-magnetic current. This separate field is reason for the spin and lift seen in superconductors.

Hi,

I have read the three papers, and the third paper is the easiest to understand in my opinion (written with great patience and detailed explanation -- a ground breaking work really need that to get anywhere). However, there are still something important appears just very confusing. The most obvious one is the definition of the constant K_{-e} called the elastic constant, which is supposed to be a constant, but in its definition, there is a variable r_x: K_{-e} = { F_{max} \over r_x } (see equation 4 in the third paper here: http://www.wbabin.net/science/znidarsic3.pdf ). In the end of this paper, even a numerical value is given to K_{-e}, but it is also said in the text:

"The variable, classical elastic constant of the electron K_{-e} emerged from this redistribution. It is expressed in equation (4).   The elastic constant of the electric field resembles that of a gum band in that it decreases with displacement. "

I really hope Dr. Znidarsic can see this and explain it. Is K_{-e} a variable constant? It already reads like a paradox, so frankly I am quite confused -- I am shamed and humbled, as this is supposed to be understood with only elementary education as people here are saying.

lanenal

The elastic constant is constant at a certain displacement.  It varies inversley with displacement.  Rubber bands do this also, they get softer as they are stretched, thus their "elastic constant" is dependent upon their position.  Take a balloon.  It is hard to blow when it is deflated.  Its elastic constant is stiff.  As the balloon is inflated it is easier to put air into it.  Its elastic constant decreases with its inflation.  The same sort of thing happens with electron.  I hope this helps.

Frank Z