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We show that the triply degenerate Q valleys in few-layer transition metaldichalcogenides provide a unique platform for exploring the rare flavor SU(3)symmetry in quantum dot geometry. The single and double dots are reminiscent ofthe quark model and eightfold way, and their many-body triplets and octets maybe regarded as artificial quarks and hadrons. For the artificial quarktransistor, each level hosts one central and two side Coulomb peaks ofirrational height ratios, and flavor Kondo effects occur at 1/3 and 2/3fillings with fractional conductance quantization in the unitary limit.

Flavor Quantum Dots and Artificial Quark Model in Transition Metal Dichalcogenides