Cinquefoil TABLES 'multiply' quarks for elementary particles in which the quarks are generated by symmetry principles AND SUPPLEMENTS AND MAY have multiple ELECTRIC CHARGE

摘要

Static material model for the systematization of elementary particles - mesons consisting of a pair antiquark-quark combinations, and baryons, consisting of triple quark combinations, characterized in that is implemented on hard flat sheets to put on them arrays of cells in which are placed the notation of elementary particles for quark known (and with, s, b, d) mesons systematizing design model consists of five planes square matrices sheets "multiplication" quark size of 3 x 3 cells containing 5-filled mesh ranging k, located in the corners and in the center square sheets, the sheets are arranged in the form Pentaphylloides - centrally-symmetrically relative to the middle plate corresponding to "multiplication" on odd quark s, strange particles are located at the centers of gusset plate and in the corners of the central sheet, comprising quark s, wherein s quark is not uniquely determined by the electric charge, that depends on the choice of reference strangeness, the cell at the corners of the central sheet "multiplication" can be aligned with the centers of the extreme angular sheets, forming pairs s on different sheets, the corresponding particle-antiparticle nonzero characteristic strangeness for mesons formed by pairs "antiquark quark" model represents cinquefoil with antisymmetric topology - for each pair of commutation cells Pentaphylloides (i, I) and (I, i) are the particle and its antiparticle baryons formed triples "quark quark quark" model represents five Pentaphylloides that are equivalent to the symmetrical topology model in which identical cells with the same combinations of quark,