Balls Of Fire A Science Of Life And Death [Paperback]

Spanning 5,000 years of history from ancient Egypt to our technoprogressive 21st century, the science reviewed in Balls of Fire builds on The Isis Thesis (2004) and 12 journal articles (2005-2013). The Isis Thesis is a semiotic study of ancient Egyptian literature, artwork, ritual, and architecture, showing that ancient Egyptian deities are signs for human and microbial genes and proteins evolving into a hybrid quantum species. The deities' activities describe the ancient glycolysis gene expression network in our cells and mirror the lifestyles of a complex bacterial virus that uses this ancient developmental pathway. Surprisingly, other historical religious deities mirror the activities of Egyptian deities, so religion has also preserved an evolutionary science for survival of human DNA in a quantum environment. Balls of Fire presents evidence that our semiotic system is based on underlying physical and chemical principles inherited from our microbial ancestors, so our microbial DNA is ordering our society space. Examining human history through the dual lens of contemporary science and human behavior, the study shows that human beings have the potential to evolve at death into a unique hybrid species. ?lite historical rulers have consistently veiled this evolutionary knowledge from humanity. However, our behavior has stamped an evolutionary viral footprint on the last 12,000 years of human history. In line with the methodology of Imre Lakatos (1970) on progressive and degenerating research programs, Balls of Fire examines the core hypotheses of the Isis Thesis, its predictions and several other auxiliary hypotheses. Understanding transdisciplinary ancient Egyptian knowledge is not easy, so Balls of Fire uses the same mental model and ritual that the pharaonic priesthood imagined to describe the ancient viral gene expression network in our cells for morphogenesis. That model is their ball-throwing rite or the game of baseball, which originated in ancient Egypt to ilC#