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Weakly disordered superconducting films can be driven into an anomalous lowtemperature resistive state upon applying a magnetic field. Recent experimentson weakly disordered amorphous InO$_x$ have established that both the Hallresistivity and the frequency of a cyclotron-like resonance in the anomalousmetal are highly suppressed relative to the values expected for a conventionalmetal. We show that both of these observations can be understood from the fluxflow dynamics of vortices in a superconductor with significant vortex pinning.Results for flux flow transport are obtained using a systematic hydrodynamicexpansion, controlled by the diluteness of mobile vortices at low temperatures.Hydrodynamic transport coefficients are related to microscopics through Kuboformulae for the longitudinal and Hall vortex conductivities, as well as a`vorto-electric' conductivity.

Theory of the supercyclotron resonance and Hall response in anomalous 2d metals