A Light-Based Quantum-Computational Model of Genetics

Light imagined to exist at different constant speeds far greater than the known speed of c - 186,000 miles per second - offers a unique view of quanta and quantum computation. Analyses of such light further provides a unique point of view into the origin and possibilities of genetics. Genetics can be seen as having a diverse light-based functional, as opposed to a solely form-based foundation. Genetics can also be perceived as being the output of a persistent quantum-level computation. Such a modeling provides useful hypotheses into the structure of DNA, into processes of constructive and destructive mutation, and heredity. Further the relationship and possible impacts of the quantum- based processes of entanglement and superposition on genetics, and future possibilities due to practically infinite amount of information in antecedent layers of light can be constructed. Finally, such a view may suggest a non-invasive and constructive way in which to influence processes that underly genetics.