chemo
the domain of bonds and transformations. chemo is what happens when atoms share, trade, or redistribute electrons. every molecule is a pattern of bonds; every reaction is a rearrangement. life, materials, food, poison, medicine — all are chemistry
for cyber, chemo matters in two ways. first, the physical substrate: semiconductors, batteries, optical fiber — the hardware that runs the protocol is chemical engineering. second, the conceptual parallel: cyberlinks are bonds between particles, typed by relation, and the graph undergoes reactions (new links form, old links lose focus). the crystal curates chemical knowledge because a superintelligence ignorant of matter is blind to half the universe
scope
bonds and structure — oxidation, solubility, pH, polymerization, cellulose, molecular geometry. how atoms connect determines what a substance does. carbon forms four bonds and builds life; silicon forms four bonds and builds chips
reactions — synthesis, decomposition, combustion, fermentation, catalysis. matter rearranges according to energy gradients. every reaction obeys conservation of mass and energy
biochemistry — proteins, alkaloids, flavonoids, terpenoids, polysaccharides, carotenoids, phenolic compounds, essential oil. the chemistry of living systems. every species page in the graph — from moringa oleifera to cannabis sativa — is a chemical profile
compounds — caffeic acid, quercetin, kaempferol, eugenol, limonene, linalool, beta-carotene, oleic acid, linoleic acid. the specific molecules that define nutrition, medicine, and materials
bridges
- chemo → quantum: bonds are quantum phenomena. molecular orbital theory is applied quantum mechanics
- chemo → energo: reaction energetics determine what happens spontaneously. free energy drives chemistry
- chemo → bio: biochemistry is the chemistry of organisms. DNA, proteins, metabolism are chemical processes
- chemo → tech: materials science is applied chemistry. metal, glass, bioplastic, biochar are engineered compounds
- chemo → eco: biogeochemical cycles — carbon cycle, nitrogen cycle, water cycle — are planetary-scale chemistry