  The coupling between localized magnetic moments and itinerant electrons
presents a plethora of interesting physics. The low-energy physics of some
quantum impurity systems can be described using conformal field theory (CFT).
In this paper, the connection between quantum impurity models and CFT is
further strengthened as we construct a class of exactly solvable models with
ground states given by CFT correlators. The method developed here is completely
analytical and can be applied to fermions with an arbitrary number of colors
and multiple impurities. Numerical calculations are performed to characterize
certain aspects of our models for which we do not have analytical results.
