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The normal-state in-plane resistivity below the zero-field superconductingtransition temperature $T_c$ and the upper critical field Hc2 were measured bysuppressing superconductivity in pulsed magnetic fields forK0.70Fe1.46Se1.85Te0.15. The normal-state resistivity $\rho_{ab}$ is found toincrease logarithmically with decrasing temperature as$\frac{T}{T_c}\rightarrow 0$. Similar to granular metals, our results suggestthat a superconductor - insulator transition below zero-field T$_{c}$ may beinduced in high magnetic fields. This is related to the intrinsic real-spacephase-separated states common to all inhomogeneous superconductors.

Nonmetallic Low-Temperature Normal State of K0.70Fe1.46Se1.85Te0.15