… the older terms “far infrared” and “sub-millimeter waves” (see, eg, [… detection can also be
realized using the superconductor … 1980s, NbN superconducting hot electron bolometers (HEBs) …

… detector is preferred between these detectors to detect the radiation above 1 THz frequency.
… the first time to detect the THz waves with superconducting bolometers with our study. In this …

… of superconducting kinetic inductance bolometers inside a cryostat with a transparent window
for THz radiation. … conventional infrared thermal imaging, the sub-millimeter wave thermal …

… , THz- radiation (0.1 THz to 10 THz) blends the best aspects of … ) based on cryogenically
cooled superconducting mixers; … of this microbolometer based THz-photo detector varies with …

… superconducting kinetic inductance detectors operating in a … Sub-millimeter wave technology
has matured in the past … bolometer devices presented by us earlier [16], and discuss …

… All that is needed is the right detector. This thesis will study thin superconducting films with
the goal of creating devices to detect “terahertz” (THz) radiation, specifically for applications in …

… and spectroscopic medical applications because their wavelength is long enough to … infrared
spectrum but short enough to form sub-millimeter resolution images. Besides, THz radiation …

… detector for applications from 100 GHz up to terahertz frequencies.|3~ The most sensitive …
superconductors in the conventional microbolometer configuration is that the superconducting …

… In a thermal detector the incident radiation is absorbed to … -temperature semiconductor and
superconductor bolometers … on ESA's far infrared and sub-millimeter observatory Herschel …

… of superconducting detectors: superconducting hot electron bolometers (HEBs) and transition
edge sensors … A HEB is a detector for sub-millimeter and far-IR radiation (0.3–10 THz) HEB …