Published in Scientific Papers. Series "Management, Economic Engineering in Agriculture and rural development", Vol. 20 ISSUE 1
Written by Mihai BERCA

Photosynthesis is that primary reaction by which the first molecule of organic matter (glucose) from carbon dioxide and water is produced, in the presence of solar energy, in the form of photons, respectively electrons and protons (light wavelengths). Within 3 billion years, the mineral world has been partially transformed into the living world, including in green world, which works on biochemical synthesis using chlorophyll pigments, carotenoids and others. Today's biochemistry considers photosynthesis as a deterministic process, in which the chemicalmathematical equations of processes are well known, as a result of the thousands of researchers working in some of the most modern laboratories. In this paper, data are given on both the chemistry and the mathematics of the photosynthesis algorithm. Data are also presented on the efficiency of the first process of natural biochemical production at the Earth level, from which it results that the energy entered in the process of biosynthesis of photosynthesis through its acceptors is used in 100% percent, which doesn’t happen with any other energy system. Researchers in quantum physics have observed this anomaly and have come to the conclusion that both the "photosynthesis" form, as well as other biochemical forms take place after a quantum morphogenesis whereby photons enter through the mass of the antenna on multiple paths, depositing as much energy as the system accepts.

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