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Multi-spinor fields which behave as triple-tensor products of the Diracspinors and form reducible representations of the Lorentz group describe threefamilies of ordinary quarks and leptons in the visible sector and an additionalfamily of exotic dark quarks and leptons in the dark sector of the Universe.Apart from the ordinary set of the gauge and Higgs fields in the visiblesector, another set of gauge and Higgs fields belonging to the dark sector areassumed to exist. Two sectors possess channels of communication through gravityand a bi-quadratic interaction between the two types of Higgs fields. Acandidate for the main component of the dark matter is a stable dark hadronwith spin 3/2, and the upper limit of its mass is estimated to be 15.1GeV/c$^2$.

Unified description of quarks and leptons in a multi-spinor field formalism