O-Day - Balance

Give and take

During the Wednesday 1st of March 2023 Russian Cold Nuclear Transmutation and Ball Lightning meeting, Anatoly Klimov was discussing transmutations and emissions in his latest plasma discharge experiments. At one point, in a 99.99% pure Nickel electrode discharge experiment with a capillary, he shared that there was both Boron and Calcium synthesised.

This rang a bell with one of the ULTR experiments I ran back in September 2021 which I analysed with the kind assistance of CEITEC in Brno [Click here to see how to conduct an ULTR experiment]. This analysis produced the now familia “two Spot” structure" which I asked the Russian community to consider in context with Klimov’s findings and the ICCF-20 presentation of the late Dr. Mahadevan Srinivasan which I transcribed here.

Presentation to Russian community to support hypothesis

Resources discussed above

Fig. 1: “Two spot” structure on Al foil

Which is precisely the ratio of the famous ‘Yin Yang’ symbol from antiquity.

Fig. 2: Overlay of Yin-Yang symbol on one of the ‘Two Spots” Upper Right is a Pit with a Cone and the Lower Left is a Cone with a Pit. It is a lot like a combination of the 1st and 3rd harmonic.

When the ultrasonic processor is run for a few minutes, this resonant structure can apparently start to lead to elemental transmutations in and around the cores of the vortex (as I discussed in “ULTR - A simple quick and repeatable demonstration of the LENR process - ISCMNS 15 - Assisi - 2022”).

Here is a typical 1/120th second frame showing the momentary appearance of the toroidal bubble structure.

Fig 3: Toroidal bubble structure in pit? With feeder?

In standing wave zones, it tends towards showing the exact form of the centre of a pair of ‘bar spiral galaxies’ with counter rotating cores.

Fig 4: Counter rotating spiral pair showing off-centre zones with other elements.

This is a resonant hydrodynamic phenomenon with a fractal component. I argue that it is the basic structure driving the LENR process in many systems and is directly the cause behind the 1980s patents of Kladov and the later work of Stringham, Griggs, LeClaire, Ohmasa and more. Self-organising analogues can be found in plasma systems also.

Fig. 5: The core hydrodynamic structure, which is in fact magneto-hydrodynamic due to the Al metals’ hydro-phyllic nature leading to the formation of Exclusion Zone water. The movement of this water leads to a fractal toroidal moment. [DOWNLOAD as mp4]

Note: that in Fig 4. above and in Fig 6. below, the synthesised material blends seamlessly into the Aluminium. There is often a little crack there also in an arc around it. Also, there is charging material precisely outside the right centre black circle and between that and the middle black circle. The ‘owls beak’ drawn through the centre of the right vortex to the middle circle, defines Phi. The elements on both sides appear mostly near the inside of this line and the mirror of it on the other counter vortex.

Fig. 6: Close up on one side of the paired structure

Elemental analysis in the main off-set changed areas of the vortex pair

In the analysis shown below in

• Fig. 7, 4.37 Wt% Calcium is observed on the upper right pits most affected area and 0.00 Wt% Boron, conversely in

• Fig. 8, 35.07 Wt% Boron, is observed on the lower left cones most affected area and 0.00 Wt% Calcium

If it were simply a matter of vortices concentrating impurities in the water, then one would reasonably expect both Calcium and Boron on both sides.

Fig. 7: Analysis of main affected area of upper right left vortex in pit

Fig. 8: Analysis of main affected area in lower left vortex peak

Balancing via simultaneous synthesis and de-synthesis

Both Oxygen and Aluminium are paramagnetic. Aluminium is additionally a single isotope and highly conductive, I have discussed before how these aspects make it susceptible to coherent matter processes. It was shown in 1994 by R. Sundaresan and J.Bockris (Texas A&M) that dissolved Oxygen was necessary for the formation of Iron (Fe) in carbon arc under water discharges, an unrecognised - as so many are - HHO experiment.

We will use the Parkhomov inspired MFMP reaction tables, kindly programmed by Philip Power, to examine possible reactions involving Al leading to the production of Ca and B.

Fission of Al

https://www.nanosoft.co.nz/Fission.php
E = 'Al' and E1 in ('B') order by MeV desc

NOTE1: To allow for negative MeV reactions, we need to select the "FissionAllNewPlus” radio button

NOTE2: nBorF1 is set to 'f only'

Fig. 9: Fission of 27Al to B produces O as a sister product and requires high energy

Fusion of Al to Ca

https://www.nanosoft.co.nz/Fusion.php
E2 in ('Al' ) and E in ('Ca') order by MeV desc limit 100

As one can see there are reactions that fission 27Al producing 11B / 16O or 10B / 17O and fusion reactions that take the 27 Al and the 16O or 17O that might be produced above to synthesise 43Ca and 44Ca respectively.

There are other elements observed and similar reactions can be found to reasonably account for them.

Some other examples of the structure at play

Structure found in Alexander Parkhomov’s 225-Day thermal reactor where you can clearly see the inner and outer areas and Vesica Pieces half (note this structure may be upside down). Also in the ultrasound experiment of Roger Stringham and Thomas Claytor, this latter experiment feature has a less strict adherence because it is actually the material synthesised by the much closer ‘heart’ hole which you can see in the linked paper.