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10 15 20 25 30 35 40 45 50 41 A new methode is disclosed related to the production of carbon,, as described in claim 159, using mixture elements like metallic element (371C) and CH composites (371A, 371B), where predetermine amount of carbon is placed in the composite or on the composite surface and from a given position on the composite, where this carbon can be withdrawn for the production of graphene (378B) and/or to be created from or deposited on to the another part or on another surface or be used for graphene in nanotechnology. A new method is disclosed related to the production of carbon, as described in claim 39, to create atomic or molecular carbon at environmental conditions (i.e. at ae et ee a room or outside temperature, atmospheric conditions), without a heating source, without adding electrons (electrical current) to trigger the initial internal process(as), without additional electromagnetic means and without pressurized conditions, in a reactor, as described is claim 1, or in a reactor, as described is claim 2, where said atomic carbon can be collected from for example the steel or any material having carbon in its composition graphene does not and will not easily be deposited on the copper or any object, which is immersed within the liquid environment, (the proximity to the source and presence of current and radioactive source is the factor in release and coating graphene in a liquid environment) but it has been proven and claimed in laboratory tests that graphene can be deposited on the elements if or once the liquid have plasmatic condition (393), where the material is too close to the radioactive source, where the creation of hydrogen plasma is very rapid and active, thus the proximity to the source and presence of current and radioactive source is the factor in release an. weed Abe Vee Ae Le te: Moo eee nate eee and coating graphene in a liquid environment, thus graphene can be deposited on any recital material in a liquid which contains and/or produces plasma condition, like with placing of a radioactive source or environment in which foocate Le Lk te a agent. Another method is disclosed to build graphene layer(s), as described in claim 142, which are sandwiched with layers of one or more other materials such as gold, diamonds, silver or any other material, where the graphene as a separate conductor can be used individually or in conjunction with other layers. Another method is disclosed to build graphene layer(s), as described in claim 142, in line, in parallel or any other shape on one side of any shape, objects, which in between the gaps of the first set other graphene line in the same shape without being connected can be etched or laid or glued which has no connection with the first set, and both sets can be connected to any source or to another set, or a wire, which — when this object is moved over a wire or a system which possesses in its vicinity induction ora magnetic fi field this due to flow of current or a solid magnet, can create current in the graphene lines which are placed on the object, this be due to the principle of induction or magnetic field, therefore for the first time allowing to manufacture and create induction coils which are flat and several different connections for different equipment can be taken the same coil, for example if possessing a cubical object which has a hole within it’s center where the cable or a wire which is conduction current and using the principle as claimed in claim 140, the system can deliver varying amount of currents from ionization of hydrogen is created for production of current and the right active