Full Waveform Inversion (FWI) is capable of finely characterizing the velocity structure, anisotropy, viscoelasticity, and attenuation properties of subsurface media, which provides critical ...

Explore how artificial intelligence and advanced remote sensing are transforming earthquake preparedness and enhancing seismic resilience ...

Mathematical innovations from Tohoku University researchers are advancing the detection of more types—and fainter forms—of seismic waves, paving the way for more effective earthquake ...

where seismic waves could detect underground oceans. As for Mars, the jury’s still out on exactly what’s happening inside its crust and mantle. Could there be residual volcanic activity ...

wave propagation studies and determination of lithospheric structure. Since 1981 I have supervised the operations of the New England Seismic Network of Weston Observatory of Boston College, which ...

This also caused a seiche — a standing wave that oscillated in the fjord for nine days, generating the prolonged seismic signal. Scientists linked the landslide to the thinning of the glacier in ...

When comparing the original laser signal with the light that exits the fiber optic cable, researchers can determine the strength of the seismic wave by checking how much the beam was distorted. Data ...

The purpose is to detect seismic waves immediately by setting up outlying monitoring points close to active seismic faults. Data from the seismometers will be fed into the network connecting 14 ...

A meteor struck Mars in February 2021, generating seismic waves that traveled 1,640 km ... on developing planetary defense strategies to detect, mitigate, and prevent potential hazards from ...