The Science-Historical Background for the Present Work At the time that Erwin Schrodinger published his book on "What is Life" in 1944, he was left with a question: what is the physical mechanism that provides the neg-entropic accumulation of life information in cells so that they can survive and reproduce? It lasted a few decades until Herbert Fröhlich postulated that the potential answer could lie in coherency of wave information, while Fritz-Albert Popp pioneered in researching a potential mechanism for ultra-rapid intracellular communication in revealing a potential signaling system: the biophoton. (Popp et al., 1994, 2002). If photons are involved, one speaks implicitly about electro-magnetism and the cell electrome, (Fig.1). Much later Stephen Hawking (1988) proclaimed: everything that matters in the universe is electromagnetic field activity. The force field idea reached back to David Bohm who advocated the idea that our world is steered by pilot waves that emerge from a quantum fluctuating domain that cannot be observed: the implicate order that was later interpreted as the zero-point energy field or a superfluid quantum space (Keppler, 2012; Sbitnev and Fedi, 2017). It was the Nobel laureate Wilzcek, who claimed that fabric of reality comes about by harmonic relations of discrete wave frequencies displaying beautiful patterns, among others reflected in the color-spectrum (Wilzcek, 1987). Sir Roger Penrose