Another Simple Rhysmonic Resonance Test

( 2-25-06 )

 

I. Another Simple Rhysmonic Resonance Test

A rhysmonic (Planck) resonance response test was made using a miniature Tamura (G-512) pulse transformer as shown below:

The DVM was a Sears model 82n129 unit and SW, was a momentary On push button. The antenna was a 12 ft wire stretched out and was used to [possibly improve the response level. The primary circuit was the 1 mH winding shunted with a 0.01 uF ceramic capacitor for a broad response at about 50 kc. The secondary was the 2 mH (untuned) winding and was loaded down (RL) with 500 KOhms (actually the input resistance of an old all-tube oscilloscope). The resonant frequency (50 kc) was measured across the secondary winding and was only in the order of millivolts and thus was just barely seen on this old scope. Momentarily closing SW, would enable the DVM (in the frequency mode) to ‘latch’ for about one second on a caught rhysmonic frequency signal! A run of 20 ‘latches’ was made and the results are given in Table 1.

 

II. Conclusions

1. Due to the very low level of the input signal to the DVM (in the frequency measuring mode) the experimental errors were somewhat scattered, but a number of ‘latches’ were seen to repeat! The overall averaged deviation in the experimental error was in the order of -o.3%. This simple test again appears to show that the rhysmonic (Planck) resonances are very real and that they may be the source of all energy in our Universe!

2. Another Tamura miniature pulse transformer (G-506) is presently being evaluated in a special mini-MRA circuit. This pulse transformer contains one 2 mH and two 1 mH windings. The special circuit is a stable self-oscillating system and may run in the ‘stand-alone’ mode, or at least in the self-sustaining mode. There is yet some question on the ‘stand alone’ mode since it may be limited in the amount of space energy that can be ‘extracted’ due to the very small ferrite core size in these transformers!

Note: Ferrite core may be only 1/8 inch diam. And 3/8 inch long!

The Tamura transformers were provided by a colleague who obtained a very few samples (for another use) from the DigiKey Corporation.

3. After the Tamura evaluations, I will re-evaluate the original Red Pulse transformer in the special circuit (no outside source needed) and also a special hand jumble wound tri-coil unit ( 5 nH windings) made by Bill Ramsay, which I feel has the most potential to ‘stand alone’.

 

Table I

‘Latched’ f_o ( kc ) ---- Theoretical f_o ( kc ) ---- % Deviation

(1) 50.8 (x) ----- 50.09 ----- 1.4 % +
(2) 29.33----- 29.68 ----- 1.1 % -
(3)  67.48(x) ----- 67.78 ----- 0.4 % -
(4) 27.67----- 27.83 ----- 0.5 % -
(5) 21.74(x) ----- 22.26 ----- 2.0 % -
(6) 16.49 ---- 16.69 ----- 1.0 % -
(7) 46.74 ---- 46.38 ----- 0.8 % +
(8) 21.74(x) ----- 22.26 ----- 2.0 % -
(9) 50.8 ----- 50.09 ----- 1.4 % +
(10) 18.48(x) ----- 18.55 ----- 0.3 % -
(11) 18.51(x) ----- 18.55 ----- 0.2 % -
(12) 24.74 ----- 24.12 ----- 2.5 % +
(13) 35.8 ----- 35.25 ----- 1.5 % +
(14) 67.48(x) ----- 66.78 ----- 0.4 % -
(15) 31.26 ----- 31.54 ----- 0.9 % -
(16) 16.9 ----- 16.70 ----- 1.0 % +
(17) 84.7 ----- 85.33 ----- 0.4 % -
(18) 24.5 ----- 24.12 ----- 1.5 % +
(19) 21.74(x) ----- 22.26 -----2.0 % -
(20) 50.8(x) ----- 50.09 ----- 1.4 % +

(x) indicates a repeated ‘latch’.