Some Applications of TGD Inspired Quantum Biology: Biochemistry, Metabolism & Replication

Abstract

TGD replaces Einsteinian space-time with many-sheeted space-time, and gauge and gravitational fields with purely geometric induced fields leading to the notion of field body. TGD also forces to generalize quantum theory by introducing the hierarchy of Planck constants explaining dark matter and providing universal mechanism of evolution as increase of algebraic complexity and intelligence. Zero energy ontology in turn solves the basic problem of quantum measurement theory and allows to understand "free will" with conflict with the laws of physics. The implications for quantum biology are rather dramatic. In this article  some problems related to biochemistry based approach, metabolism, and  replication will be discussed in this framework. Examples from bio-chemistry are bio-catalysis with application to DNA replication, the selection of bio-molecules, and genetic code. Metabolism is second topic - I have included also a universal purely thermodynamical model of remote metabolism relying on zero energy ontology. Generalization of point like particle to 3-D surface allows to understand replication basically as analog of particle decay taking place at the level of magnetic body.