We review the basic field-theoretic and phenomenological features of the
recently introduced Minimal Nonminimal Supersymmetric Standard Model (MNSSM).
The introduced model is the simplest and most economic version among the
proposed nonminimal supersymmetric models, in which the so-called μ-problem
can be successfully addressed. As opposed to the MSSM and the
frequently-discussed NMSSM, the MNSSM can naturally predict the existence of a
light charged Higgs boson with a mass smaller than 100 GeV. Such a possible
realization of the Higgs sector can be soon be tested at the upgraded Run II
phase of the Tevatron collider.Comment: 8 pages, 4 figures, talk given at the conference ``Beyond the Desert
2002,'' 2--7 June 2002, Oulu, Finlan