Authors: Jeffrey Joseph Wolynski
Some calculations are done to hypothesize what the minimum volume of a star is needed to begin the formation of life. This paper builds on the previous volume principle of life formation. To form life, vast volumes of material is needed to increase the statistical likelihood of molecules mixing in ways that resemble complex proteins, sugars, and long chain hydrocarbons which branch such as phospholipids. This is of course far before any feedback and self-regulating mechanisms spring up, this is just to address the simple act of mixing elements and combining/recombining them in large scales. There is to date no other theory that connects young stars directly to the formation of life, this paper's goal is to help alleviate this vacuum, and places reasoning to the last universal common ancestor issue raised by academics and researchers.
Comments: 3 Pages. 1 hand written note
[v1] 2019-08-25 12:20:59
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