Self-generation processes as stochastically embedded building mechanisms generating complex molecular chains and simple biological structures from single point spaces: Upgrading origin to both simple particle communities from simplest particles and livable simplest cells from complex molecular chains

A method is designed to explain how the simplest particle, SP that is least than the littlest particle builds particle communities, PCs. Such researches involve new precedencies for extracted particles, generally; however, the approach of single point spaces, sPSs overcomes such inconveniences. The method is a global infimum process relatable to sPSs and generates trapping states, TSs under quantum level governed by time energy, TE and extended black hole, EBH concepts. TSs have self-potential to build mechanisms, SP-BMs of SPs. SPs pass to PCs with global supremum processes. PCs pass to complex molecular chains, CMCs and CMCs pass to biological structures, BSs with electromagnetically equivalence processes, EEPs under suitable conditions. EEPs design conditions preparing SP-BMs for both CMCs and BSs, CMCs-BSs. EEPs are determined for both natural generation processes of CMCs-BSs from equations written with stochastically propagation processes related to TE and an approach equivalent to BH equivalently processes, BHePs in micro-millimeter range.

If SP is a quantum particle, then its measure involves both configuration of its ingredients and specific parameters on its boundary surface depending on singularities of its topological structure.

BHePs are multi effect mechanisms coming from significant electromagnetic, EM radiation density. Approach is related to studies connecting CMCs-BSs with stochastically EM initial boundary value problem schemes, that include connected cavity array models.