  We report on the computational development of novel architectures of low
impedance broadband antennas, for efficient detection of Terahertz (THz)
frequency beams. The conceived Split Ring Resonator Resonance Assisted (SRR RA)
antennas are based on both a capacitive and inductive scheme, exploiting a 200
Ohm and 400 Ohm impedance, respectively. Moreover, the impedance is tunable by
varying the coupling parameters in the exploited geometry, allowing for better
matching with the detector circuit for maximum power extraction. Our simulation
results have been obtained by assuming a 1.5 THz operation frequency.
