WikiMechanics

The union of a conjugate seed and a chemical seed is called a chemical quark. Chemical quarks are symbolized using bold lower-case Roman letters with serifs like a b d (this is different from a b d the sans-serif font used for thermodynamic quarks). So chemical quarks are defined by objectifying pairs of Anaxagorean sensations, and named after their chemical seeds. Objectification changes narrative forms of description from using adjectives to identify sensations, to using nouns for identifying particles. Click on any icon in the table below for more detail.

		+		→		tart taste on the right	→	acidic quark
		+		→		tart taste on the left	→	acidic anti-quark
		+		→		soapy taste on the right	→	basic quark
		+		→		soapy taste on the left	→	basic anti-quark
		+		→		brackish taste on the right	→	ionic quark
		+		→		brackish taste on the left	→	ionic anti-quark
		+		→		potable taste on the right	→	aqueous quark
		+		→		potable taste on the left	→	aqueous anti-quark
		+		→		sweet taste on the right	→	dextro quark
		+		→		sweet taste on left	→	dextro anti-quark
		+		→		savory taste on the right	→	levo quark
		+		→		savory taste on the left	→	levo anti-quark

Chemical quarks are building-blocks that we can combine to model more complicated particles. There are 6 different chemical seeds, so there are six different chemical quark types. Each type includes an ordinary-quark and an anti-quark, for a total of 12 particles. Chemical quarks are described by their internal energy $\, U$ as shown in the accompanying table. Note that this internal energy is reported in (eV) not (Mev), the chemical quarks are about a million times smaller than thermodynamic quarks.

Next step: chemical elements.