Interconnected photosynthesis matrix and bio-energy production systems

A method of reducing carbon dioxide, the method comprising:

• creating an energy enhanced organism strain by using a selection process applied to a first organism strain for a plurality of generations;
• creating an energy rich homogenate from the energy enhanced organism strain;
• pumping the energy rich homogenate from an energy rich homogenate chamber into a filter chamber to produce a filtered material;
• pumping the filtered material through a first biomolecule sensor to a photosynthesis chamber;
• adding a predetermined quantity of carbon dioxide to an inferior end of the photosynthesis chamber;
• combining the filter material with the carbon dioxide and a chloroplast solution in the photosynthesis chamber;
• reducing the quantity of carbon dioxide within the photosynthesis chamber through photosynthesis;
• creating a glucose product within the photosynthesis chamber;
• and
• pumping at least the glucose product from a superior end of the photosynthesis chamber through a second biomolecule sensor and to the energy rich homogenate chamber.

An interconnected photosynthesis matrix and bio-energy production system, the interconnected system comprising:

• a bio-energy production system comprising
• a selection process, wherein the selection process is applied to a first organism strain for a plurality of generations to create a second organism strain with enhanced energy availability, and
• an extraction process, wherein the extraction process creates an energy rich homogenate from the energy enhanced organism strain;
• and
• a photosynthesis matrix comprising
• carbon dioxide, and
• a chloroplast solution having homogenized plant material and an ATP solution,
• wherein the ATP solution is derived from the energy rich homogenate,
• wherein the photosynthesis matrix consumes the carbon dioxide and produces glucose,
• wherein the glucose from the photosynthesis matrix is used as a food source for the bio-energy production system,
• wherein the interconnected system is incorporated into an assembly of chambers and sensors that are connected by pumps, and
• wherein one of the chambers is a photosynthesis chamber comprised of a plurality of perforated, elongate chambers each covered by a clear tube and having chloroplast dispersed within, the plurality of perforated, elongate chambers connected to a carbon dioxide input on a first end.