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We show how intrinsic material properties modify light transmission throughsubwavelength hole arrays on thin metallic films in the THz regime. We comparethe temperature-dependent transmittance of Au films and MgB$_{2}$ films. Theexperimental data is consistent with analytical calculations, and is attributedto the temperature change of the conductivity of both films. The transmissionversus conductivity is interpreted within the open resonator model when takingthe skin depth into consideration. We also show that the efficiency of thistemperature control depends on the ratio of the transmission peak frequency tothe superconducting energy gap in MgB$_{2}$ films.

Influence of Intrinsic Electronic Properties on Light Transmission through Subwavelength Holes on Gold and MgB2 Thin Films