If what are on the lunch menu are quark soup and superstring spaghetti gluon balls then it is appropriate to say that there is no free lunch. Quarks and gluons are forever confined in the nuclear kitchen and can never become free servings of an experimental eatery or bistro. Quarks are spin˝ fermions that come in 3 doublet families interacting by ways of all the forces of nature: strong, electroweak, and gravity. In the order of increasing mass and discovery these are: up (u), down (d), strange (s), charm (c), bottom (b), and top (t) with respective masses in units of millions of electron volts (MeV): 3, 6, 170, 1300, 4400, and 170000. u, c, and t all have electric charge of +2/3; d, s, and b electric charge of -1/3. In addition, each possesses 3 color charges, say red, green, and blue. In the confine of fractal dimensions there are a total of 36 quarks including their antiparticles. But in the integral physical dimension there are only 12 colorless quarks (including antiparticles) hence the soup bowl appears like New England clam chowder without the clam and the plate of spaghetti appears like mashed potatoes without the meatballs.
If it is possible to form excited hadrons from 2 charms 1 strange and 2 tops 1 bottom similar to 2 ups 1 down of a proton with the fractal dimension of 1/6 then the fractal dimensions of these super heavy baryons are respectively 1/9 and 1/12. These shows an unusual pattern for well established symmetry of Lagrangian family restaurants that as the mass prestige goes up the interaction energy prices goes up but the portions for each serving disappear: (1/6, 1/9, 1/12) = (1/3)[(1/2), (1/3), (1/4)].


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