TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Method: The method further involves: adding at least one of nano silver particles, nano silver derivative particles, a photographic developer, oxidizing agent, and reducing agent to the light amplification element; adding at least one of nano silver particles, nano silver derivative particles, and photographic dyestuff to the element (E1); adding at least one of nano silver particles, nano silver derivative particles, photographic dyestuff, a photograph developer, and an oxidation agent to the element (E1); adding nano silver derivative particles to the element (E1); and adding particles comprising silver to the element (E1). The method further involves: operatively coupling light amplification element to at least one of an electron donor, reduction agent, hole transport molecules, an electron acceptor, oxidation agent, and electron transport molecules. Preferred Components: The light amplification element (E1) comprises semiconductor compounds in the form of at least one of a thin, a dispersion film, and a composite. The element (E1) is an organic photoconductor. The element (E1) comprises at least one of organic pigments, organic dyes, conductive polymers, and photovoltaic polymers. The element (E1) comprises a polymeric binder. The polymeric binder comprises at least one of gelatin, polyamino acids, polyurethane, polyamides, polyimide, water soluble polymers, water insoluble polymers, emulsion polymers, cross linking polymers, nata de coco, and hemicelluloses binder, conductive polymers, and photovoltaic polymers. The element (E1) comprises at least one of organic pigments and organic dyes. The organic pigments and organic dyes comprise at least one of silver and silver derivatives. Preferred System: The system is intercalated between a first electrode and a second electrode that is optically transparent electrical conductor. The system is located on an electrical conductive substrate. The system is intercalated between a first electrode and a second electrode that is optically transparent electrical conductor, where the optically transparent electrical conductor comprises graphene. The electrical signals passing through the system are electrically coupled to a capacitor and supercapacitor. EXAMPLE - No suitable example given.