Wow. Just wow. You come up new ideas all the time. How many claims have you made on this thread that you haven't been able to defend?
You are apprently saying that all this is nonsense:
Matter is not perfectly conserved[edit]
The principle of
matter conservation may be considered as an approximate physical law that is true only in the classical sense, without consideration of
special relativity and
quantum mechanics. It is approximately true except in certain high energy applications.
A particular difficulty with the idea of conservation of "matter" is that "matter" is not a well-defined word scientifically, and when particles that are considered to be "matter" (such as electrons and positrons) are
annihilated to make
photons (which are often
not considered matter) then conservation of matter does not take place over time, even within isolated systems. However, matter is conserved to such an extent that matter conservation may be safely assumed in chemical reactions and all situations in which
radioactivity and nuclear reactions are not involved.
Even when matter is not conserved, the collection of
mass and energy within the system are conserved.
Conservation of mass - Wikipedia
The idea of the conservation of matter is not something that someone made up out of the blue. It was measured weighed back in the 18th century. But we know now that mass is not weight.
You never were able to state an argument that concludes that any definition of materialism (or naturalism) is true. Right? So what is supposed to be your point now?
OK, let's go through this slowly so you can get it, maybe.
Electrons and positrons are matter (specifically, they are fermions). They both have mass. Good so far?
Now, suppose you have an electron and a positron, both at rest, and separated by some distance. What is the energy of such a situation? Well, there is the potential energy because of their charge. If they are farther apart, that energy is increased. Since they are at rest, they do not have kinetic energy. Finally, there is the energy associated with the mass via E=mc^2.
Now, let them move freely. The potential energy is converted into kinetic energy as the particles speed up and approach each other. The mass stays the same (rest mass).
When they get close enough, they will annihilate and produce 2 or 3 photons. Those photons have energy (kinetic energy); the kinetic and mass energies of the electron and postitron were converted into kinetic energy of the photons.
So, a couple of comments.
1. I consider, for purposes of defining materialism, that photons are 'matter'. More generally, anything that is either a fermion or boson is 'matter'.
So, in this reaction, the matter in the electrona nd positron was converted into the matter of the photons.
2. The photons have no rest mass. So rest mass is NOT conserved.
3. Energy is conserved, but only if you consider the mass of the electron and positron to contribute to the calculation of 'energy'.
4. In all cases, the energy of the system is determined by the placement and motion of the matter involved. Originally, it was the electron and positron and at the end it was the motion of the photons.