  We report magnetoresistance and Hall Effect results for electron-doped films
of the high-temperature superconductor La$_{2-x}$Ce$_x$CuO$_4$ (LCCO) for
temperatures from 0.7 to 45 K and magnetic fields up to 65 T. For x = 0.12 and
0.13, just below the Fermi surface reconstruction (FSR), the normal state
in-plane resistivity exhibits a well-known upturn at low temperature. Our new
results show that this resistivity upturn is eliminated at high magnetic field
and the resistivity becomes linear-in-temperature from $\sim$ 40 K down to 0.7
K. The magnitude of the linear coefficient scales with Tc and doping, as found
previously [1,2] for dopings above the FSR. In addition, the normal state Hall
coefficient has an unconventional field dependence for temperatures below 50K.
This anomalous transport data presents a new challenge to theory and suggests
that the strange metal normal state is also present in the antiferromagnetic
regime.
