Cubic Lattice Cryogenic Nucleosynthesis in the Nascent Cosmos

Abstract

We explore an alternative to the hot Big Bang hypothesis for explaining the nucleosynthesis of hydrogen, helium and heavier nuclei during the nascency of the cosmos. The alternative hypothesis argues that the entire primordial material content of the cosmos sprang from cryogenic nucleosynthesis in a Bose-Einstein condensate that prevailed during the nascency of the cosmos. A corollary is that stellar ignitions are results of nuclear fission chain reactions due to heavy fissionable elements produced by and acquired from the nascent cosmos prior to star formation. The cubic lattice nucleon/nucleus model explains how cryogenic nucleosynthesis produced the primordial abundance of light, heavy, and fissile elements.