Proto-Observer Simulation
Gregor Mobius · Zenodo (CERN European Organization for Nuclear Research) · 2020
In order to preserve their structural integrity, to survive, earliest life form (living molecule) had to acquire “information” about the properties of their immediate surroundings. It seems reasonable to assume that those vital properties had been what we call “hot” and “cold”, which at that point were most likely the same as “light” and “dark”.However, in order to be able to distinguish the properties of its surroundings, this “knowledge” had to be at some point distinguished for the first time, and then encoded/impressed into these molecules as an integral part of their structure, as some kind of “memory”. Those earliest living molecules, proto-observers, which by some chain of events acquired this capacity to sense/recognize “hot” and “cold” and preserve it, had a much better chance of survival. Thus, the very basic properties of our environment that we could distinguish today as hot-cold, dark-light, order-disorder, were most likely first acquired by the earliest living molecules (proto-RNA?), then encoded and memorized within their molecular structure and then transmitted to all living matter including us.