Seismic waves from earthquakes and other sources are used to infer the structure and
properties of Earth's interior. The availability of large-scale seismic datasets and the …

Recent progress in rotational sensor technology has made it possible to directly measure
rotational ground-motion induced by seismic waves. When combined with conventional …

We demonstrate a cold-atom interferometer gyroscope which overcomes accuracy and
dynamic range limitations of previous atom interferometer gyroscopes. We show how the …

Single-component ring lasers have provided high-resolution observations of Earth's rotation
rate as well as local earthquake-or otherwise-induced rotational ground motions. Here, we …

Recently, due to observations of rotational ground motions, a promising new field of
research in seismology and engineering has developed. However, exploration of rotation's …

Starting with descriptions of rotational seismology, areas of interest and historical field
measurements, the fundamental requirements for rotational seismometers for seismological …

Over the past few decades, the potential of collocated measurements of 6C data (3C of
translational and 3C of rotational motion) has been demonstrated in global seismology …

It is widely proven that in the field area near a seismic source the characteristics of the
seismic ground motion (near field) could be meaningfully different from those far from the …

This paper discusses the origins of torsion and its effect on the response of structures with a
focus on the contribution of experimental data. The fact that torsion increases the stresses in …

The objective of this paper is to review recent advances in the sensors used to measure
seismic linear vibrations at low frequencies. The main types of inertial sensors are reviewed …