“In general, an object in a given force field will, of necessity, behave in a calculable and predictable way. For any object, whether a stone, a plant, or a human society, force means movement.”The so-called "force field", in the human sphere of movement, is the electromagnetic force (see, e.g., Jaegwon Kim's 1992 library walk problem), and the so-called force function for human chemical reactions (see: HCR theory) is the Gibbs free energy, the characteristic function for isothermal-isobaric freely-running chemical reactions, whereby, according to the 1969 views of American science historian Henry Guerlac: [4]
“By means of chemical thermodynamics the physical chemist can indeed, without leaving the ‘cabinet’, predict the course of many chemical reactions.”
Abstract: “The principles that govern the emergence of life from non-life remain a subject of intense debate.”
Article: “The nature of the driving force that led to the emergence of animate matter remains a subject of continuing debate and uncertainty.”
A parody rendition of Pross' perspective that he and American complexity theorist Stuart Kauffman "see so many trees", such as catalysis, synthetic biology, RNA, metabolic pathways, DNA, molecular machinery, ATP, biosynthesis, etc., but he and Kauffman "have no real view of the forest" (see: ships not seen), the view they are missing being solution to the question "what makes a cell alive?" [2] |
“We see so many trees, yet we have no real view of the forest.”— Addy Pross (2012), What is Life?: How Chemistry Becomes Biology; restatement of Kauffman’s 2000 “life remains shrouded from view” perspective