We have measured THz pulse propagation through a 186 m distance for which the THz
pulses propagated in the atmosphere between two buildings separated by 79.3 m, with …

We measured the atmospheric propagation of ps THz pulses with a 0.4-THz bandwidth
through a 910-m distance; the pulse delay corresponded to 255 pulses down the pulse train …

For a systematic assessment of submillimeter observing conditions at different sites, we
constructed tipping radiometers to measure the broad band atmospheric transparency in the …

In this paper, we describe a superconducting hot-electron-bolometer mixer receiver
developed to operate in atmospheric windows between 800-1300 GHz. The receiver uses a …

We have performed near-field vector beam measurements at 1.03 THz to characterize and
align the receiver optics of a superconducting receiver. The signal source is a harmonic …

At Terahertz (THz) frequencies, passive space-borne Earth exploration services may be
interfered by upcoming active communication applications. Aiming for coexistent use of the …

The Receiver Lab Telescope (RLT) is a ground-based terahertz telescope; it is currently the
only instrument producing astronomical data between 1 and 2 THz. The capabilities of the …

The distribution of 12 C 16 OJ= 9→ 8 (1.037 THz) emission has been mapped in OMC-1 at
35 points with 84''resolution. This is the first map of this source in this transition and only the …

This paper discusses simulation and modeling of the slow wave structure of a folded-
waveguide terahertz traveling wave tube (TWT) using the Improved Concurrent …

We present the results of a stabilization scheme for terahertz receivers based on NbN hot-
electron bolometer (HEB) mixers that uses microwave radiation with a frequency much lower …