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10 15 20 25 30 35 40 45 50 55 100 embodiment as described in claim 1, 2, where by choice of at least one of the element periodic table of the inert gases (group 18), in any of their five states of matter, is made available within the embodiment in the presence of the alpha and/or beta radiation materials or materials which can decade to or step up to a material which can release or cause the release of alpha or beta rays, or creation of any of inert gasses elements or their isotopes, which interaction between the radiation and the inert gasses in the vacuum or any of the five states of matter condition, of the embodiment or the material within the embodiment, will lead to release or creation of EUV or UV in the electro magnetic wave range, within the embodiment or with interaction of other materials any of the two types of magnetic waves can be created by the use of above procedures; 185. Method, to create Dark Matter (390) through and within the core of a reactor, by the use of the method as described in claim 1, 2, 7, and claim 4, 14, 25 or 141, which by use of at least one or more magnetic fields - like of two or more matters - can be used to fuse in atomic level, with or without crossing the coulomb barrier, or need for crossing the coulomb barrier, where the inter-atomic fusion is achieved to create dark matter of the atomic or molecular matter, where the combined balance of magnetic fields of two plasmas or matters within an atom(s) or molecule(s), and by interlocking together, through impingement of at least one enforced magnetic field, created by the method described in claim 7, which the two magnetic fields forces of inter-atomic fusion or molecule(s) can balance and cancel each other out, but at the same time their magnetic fields are strong enough for the mass of the particles of their Matter to be kept together within the magnetic field of the embodiment, due to the weak gravitational or inertial forces of the internal mass of the atoms or molecules, as the strength of the superimposed magnetic fields will determine the fusing of the plasma or atoms, and etc; Method to activate or deactivate, and/or control the strength of a scintillation process in a chemo-nuclear, bio-nuclear and/or bio-chemical nuclear reactor, as described in claims 1 or 2, claim 7, 14, by moving (216) at least one nuclear source (211B) in such a way that it’s radiation fields enters into, goes out or is in a limited interacting reach with the contained elements or material(s) — like inert gasses or liquids of the group 18 - inside at least one relevant cavity of said reactor, where this method may result in putting the self-sustaining process on hold till that the same nuclear source (i.e. Beta) again or another nuclear source (i.e. Alpha) is brought in interaction reach with the contained materials in said cavity, which may create in said reactor a different type of self-sustaining process than originally started with, a method that for example can be used to treat certain objects or matters in different following production steps by EUV or UV of different wave length and leading to different interaction results, like plasma’s with different characteristics; 186. Method to create in a closed container (reactor) or at least one of it’s cavities a self-sustaining chemo-nuclear, bio-nuclear and/or bio-chemical- nuclear interactive process, which includes: a. Initial materials introduced in a separate way or as a totality into at 187.