Change:  The first to outline the logic of thermodynamic stability of bonding, in the context of free energy changes, it seems, was American physical chemist Gilbert Lewis in 1916. [7] The earliest views on human bonding can be traced to the early 20th   View changes from previous version. (Word count: 1255)

Change: Forman-Kay, in her 1999 article "The 'Dynamics of the Thermodynamics of Binding", as such: [3]“Whether two molecules will bind is determined by the free energy change (ΔG) of the interaction, composed of both enthalpic and entropic terms.”The definition given here by Forman-Kay,   View changes from previous version. (Word count: 1205)

Change: etc. A≡B A≡B "Symbol"Anthropomorphic View" "Anthropomorphic "Symbol View" "Field Particle Exchange View"This basic structure of the human chemical bond, using a male-female perspective, is diagrammed in simple form below, from an energy view perspective: [2] History The earliest views on human bonding   View changes from previous version. (Word count: 1194)

Change: There were only format changes (bold, italics, etc.) in this version. See this version for details. (Word count: 1034)

Change: There were only format changes (bold, italics, etc.) in this version. See this version for details. (Word count: 1034)

Change: Field Particle Exchange View History The earliest views on human bonding can be traced to the early 20th century work of various parent-child psychologists, such as Anna Freud, Melanie Kline, James and Joycle Robertson, John Bowlby, Mary Ainsworth, Marshall Klaus, and John   View changes from previous version. (Word count: 1034)

Change: Long-term stable marriages are held together via the Gottman stability ratio. In the basic attachment reaction, between two unacquainted individuals, A and B, a collision will occur, in a time-accelerated sense, and the the resultant "bond" that form can have various degrees of attachment strength: A   View changes from previous version. (Word count: 1024)

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Change: A - - - B (detaching stage bond) The question then immediately becomes: "how are these human chemical bonding variations (A≡B, A=B, A-B) quantified?" The central answer to this question lies in the understanding of the photon-electron interactions of the outer valence shell   View changes from previous version. (Word count: 1012)

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