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We present an extensive analysis of squark and gaugino hadroproduction anddecays in non-minimal flavour violating supersymmetry. We employ the so-calledsuper-CKM basis to define the possible misalignment of quark and squarkrotations, and we use generalized (possibly complex) charges to define themutual couplings of (s)quarks and gauge bosons/gauginos. The cross sections forall squark-(anti-)squark/gaugino pair and squark-gaugino associated productionprocesses as well as their decay widths are then given in compact analyticform. For four different constrained supersymmetry breaking models withnon-minimal flavour violation in the second/third generation squark sectoronly, we establish the parameter space regions allowed/favoured by low-energy,electroweak precision, and cosmological constraints and display the chiralityand flavour decomposition of all up- and down-type squark mass eigenstates.Finally, we compute numerically the dependence of a representative sample ofproduction cross sections at the LHC on the off-diagonal mass matrix elementsin the experimentally allowed/favoured ranges.

Squark and Gaugino Hadroproduction and Decays in Non-Minimal Flavour Violating Supersymmetry