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We study the sensitivity of T_c and T^* to low fields, H, within thepseudogap state using a BCS-based approach extended to arbitrary coupling. Wefind that T^* and T_c, which are of the same superconducting origin, have verydifferent H dependences. This is due to the pseudogap, \Delta_{pg}, which ispresent at the latter, but not former temperature. Our results for thecoherence length \xi fit well with existing experiments.We predict that verynear the insulator \xi will rapidly increase.Comment: 4 pages, 4 figures, RevTe

Magnetic-field effects in the pseudogap phase: A competing energy gap scenario for precursor superconductivity