  In supersymmetric scenarios with a low scale of SUSY breaking
[sqrt{F}=O(TeV)] the conventional MSSM Higgs sector can be substantially
modified, mainly because the Higgs potential contains additional effective
quartic terms. The Higgs spectrum can be dramatically changed, and the lightest
state can be much heavier than in usual SUSY scenarios. Novel opportunities for
electroweak breaking arise, and the electroweak scale may be obtained in a less
fine-tuned way for wide ranges of tan(beta) and the Higgs mass, offering a
possible solution to the MSSM fine-tuning problem.
