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The problem of neutral fermions subject to an inversely linear potential isrevisited. It is shown that an infinite set of bound-state solutions can befound on the condition that the fermion is embedded in an additional uniformbackground potential. An apparent paradox concerning the uncertainty principleis solved by introducing the concept of effective Compton wavelength

THE PEREMPTORY INFLUENCE OF A UNIFORM BACKGROUND FOR TRAPPING NEUTRAL FERMIONS WITH AN INVERSELY LINEAR POTENTIAL