We present a magnetic resonance elastography approach for tissue characterization that is
inspired by seismic noise correlation and time reversal. The idea consists of extracting the …

We image the subsurface below a dense seismic array straddling the Clark branch of the
San Jacinto fault zone in Southern California. The analysis is based on focal spots of surface …

Shear wave elastography (SWE) relies on the generation and tracking of coherent shear
waves to image the tissue's shear elasticity. Recent technological developments have …

We present an approach to extract from the local measurement of a complex field a
wavelength tomography. In contrast with noise correlation techniques developed in recent …

Dilatation wave involves compression and extension and is known as the curl-free solution
of the elastodynamic equation. Shear wave on the contrary does not involve any change in …

Ultrasound is a continually develo** technology that is broadly used for fast, non-
destructive mechanical property detection of hard and soft materials in applications ranging …

When a wave field is measured within a propagative medium, it is widely accepted that the
resulting image resolution depends on the measuring point density, and no longer on the …

Numerical experiments of seismic wave propagation in a laterally homogeneous layered
medium explore subsurface imaging at subwavelength distances for dense seismic arrays …

Pancreatic ductal adenocarcinoma is a devastating disease with very low survival rates 5
years after diagnosis. The main reason for this dismal prognosis is the thick stroma which …

We investigate the lateral resolution power of the seismic Rayleigh wave focal spot imaging
technique. We use two-dimensional acoustics simulations in a closed cavity for the passive …