Hello,
as promised I am sharing at least some data from the sample from which I have posted SEM photos.
At the moment I can share just EDX from the single area - from area of the photo T3/T4.
This is good example of how reaction is happening relatively far out of fuel/ash particles and even in ordinary air for approximately 2 months.
The analysis just confirms what was said earlier - protons are being released in that flux that nearly any element in vicinity can undergo a transmutation.
Mainly transmutations that are starting from Carbon element can be seen. These transmutations can be so focused to a certain areas that we are obtaining all the elements from periodic table up to the transition metal and even with higher proton numbers. This all can happen in ordinary air, in room temperature, if the fuel was strongly activated.
We can obtain elements with even lower proton number than starting elements.
Fractal-like traces are ending very likely due to transmutation to a gas at the end. This is also reason why they are disappearing over time.
At the particular ash there are spots rich for undetectable, very exotic elements. Since the EDX software was not able to detect these elements, although the peaks were very strong, we can only guess what it really is.
The closest element appear to be Francium. As you know, Fr is second the least abundant element. All the closest elements were unstable too. Since this is remarkable discovery we will investigate it more.
Regarding nano wires that are seen for example at T6/T7 photos - elemental composition is very similar, a lot of elements from across periodic table, especially C, O, Cl, P, K, Na, Ca, Mg, Al, Si.
What does it mean? It is possible to synthesize possibly any element with LENR and in very short periods ranging from a few minutes.
We have found that in a certain configuration of the SEM we can produce new elements that were not present, in real time. This mean that even after that long time, the fuel is very active on the sample holder.
It is possible that even mentioned Francium was produced in this way, but it is not possible to check it. the most stable isotope has half-life of 22 minutes only.
Very likely view on the LENR will change dramatically soon.