Builds a canonical tower of nine categorical levels for chemical reactions from stoichiometry to quantum mechanics, with each level uniquely determined by cokernels in automorphism sequences and recovering Feinberg's theorems as corollaries.
An algebraic model of constitutional chemistry as a basis for chemical computer programs
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Categorification of Chemical Reactions: a bottom-up tower from stoichiometry to quantum structure
Builds a canonical tower of nine categorical levels for chemical reactions from stoichiometry to quantum mechanics, with each level uniquely determined by cokernels in automorphism sequences and recovering Feinberg's theorems as corollaries.