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109. Fig. 3 Fig. 3 Synthesis Process for recycling of CO2 (1) After creation of plasma in core b.and/or creation of gravitational magnetic fields between core b.and core c. (2) C02 is feed to core d. (3) part of the plasma in core b.can be feed to core c. (4) in core c.atomic H and molecular H2 could be created due to interaction with the specific material(s) inside the chamber or placed on the surface . (5) atomic H is feed to core b. (as fuel) (6) molecular H2 is feed to core d. to create H20 in interaction with CO2 (7) atomic C can be feed from d.to a. to create any required material depending of the gravity condition in core a. and the position of core a.in the reactor or outside the reactor. Synthesis Process for recycling of CO2 core c. (2) C02 is feed to core d. surface . (7) atomic C can be feed from d.to a. to create any required material depending of the gravity condition in core a. and the position of core a.in the reactor or outside the reactor. Fig. 4 (1) After creation of plasma in b. and/or creation of gravitational magnetic fields between core b.and core c. (2) C02 is feed to core d. (3) part of the plasma in core b. can be feed to core c (4) in core c.atomic H and molecular H2 is created due to interaction with the specific material(s) inside the chamber or placed on the surface . (5) atomic H is feed to core b. (as fuel) (6) molecular H2 is feed to core d. to create H20 in interaction with CO2. This can result in atomic and molecular C and O. (7) atomic or molecular C and/or O can be feed to coree. (8) atomic C can be feed from core d. to core a. to create any required material depending up on the gravity and temperature condition in core a.and the position of core a.in the reactor or outside the reactor. (9) Nitrogen N in one or more different forms can be introduced or placed inside the core e. (i.e. surface areas). (10) where for example differents type of amino acids N_H_O_C can be collected (such as fat protein, muscle protein). (11) if sodium is used in core c. the balance of the positively charged sodium can be feed into core e. for production of conductive amino acids used for nerve system. (1) After creation of plasma in b. and/or creation of gravitational magnetic fields between core b.and core c. (2) C02 is feed to core d. (9) Nitrogen N in one or more different forms can be introduced or placed inside the core e. (i.e. surface areas). (10) where for example differents type of amino acids N_H_O_C can be collected (such as fat protein, muscle protein). (11) if sodium is used in core c. the balance of the positively charged sodium can be feed into core e. for production of conductive amino acids used for nerve system. (1) After creation of plasma in core b.and/or creation of gravitational magnetic fields between core b.and created due to interaction with the specific material(s) inside the chamber or placed on the (5) atomic H is feed to core b. (as fuel) (6) molecular H2 is feed to core d. to create H20 in interaction with CO2 Synthesis system for protein or other materials (3) part of the plasma in core b. can be feed to core c (5) atomic His feed to core b. (as fuel)