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The terahertz gap is a roughly decade-wide spectral band geometrically centered at 1THz, for which neither conventional electronics nor room-temperature photonics is particularly well suited. This paper reviews applications that reside in the gap, mapped against the capabilities of various technologies. Lithographic scaling will deliver devices with adequate small-signal performance in the THz band,...
The terahertz gap is a roughly decade-wide spectral band geometrically centered at 1THz, for which neither conventional electronics nor room-temperature photonics is particularly well suited. This paper reviews applications that reside in the gap, mapped against the capabilities of various technologies. Lithographic scaling will deliver devices with adequate small-signal performance in the THz band,...
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