  We continue the study in [1] of a strongly coupled (2+1)-dimensional gauge
theory subject to an external rotating electric field. The system is modelled
holographically as a D3/D5 probe intersection. We add temperature to the D3
background and analyze the phase diagram. Also here, the conductive phase
extends down to vanishing external electric field at discrete values of the
frequencies where vector meson Floquet condensates form. For all temperatures,
at given intercalated frequencies, we find new dual states that we name Floquet
suppression points, where the vacuum polarization vanishes even in the presence
of an electric field. From the data we infer that these states exist both in
the conductive and insulating phases. In the massless limit we find a linear
and instantaneous conductivity law, recovering known general results in 2+1
dimensions. We also examine the photovoltaic AC and DC current as the response
to an oscillating probe electric field and see that rising the temperature
suppresses the photovoltaic Hall current. All the results obtained carry over
qualitatively unaltered to the case of D3/D7.
