PARTICLE APOTHECARY

Create your own bespoke universe. This is the current Particle Apothecary Model, PAM. Using the Gillespie algorithm, PAM studies the branching stochastic dynamical autocatalytic processes among a subset of the variables chosen from the Standard Model of Particle Physics, SU(3) x SU(2) x U(1), as these transform into one another, come into existence and vanish. PAM idealizes these variables as classical variables. This may be badly misleading. This issue needs to be assessed... The set of transformations studied is given in Table 2, see below. In order to preserve symmetry between matter and antimatter, transformations of the pairs 7 and 8 are identical, 9 and 10 are identical, 11 and 12 are identical and 13 and 14 are identical. The "sliders" tune the rates of the different transformations. A fixed set of slider positions, each ranging between 0% - 100%, constitute that chosen set of the parameter values of the PAM model. Changing the forward and reverse transformation rates..