Abstract: Benefiting from the advantages of height sensitivity, the short time span, and the low data cost, interferometric synthetic aperture radar (InSAR) technology has the potential for 3-D ...

Abstract: Traditional two-station ambient noise interferometry estimates the Green's function between a pair of synchronously deployed seismic stations. Three-station interferometry considers records ...

Precision quantum sensing using interferometry of atomic matter waves has been shown for both basic and applied physics applications, from highly accurate measurement of local gravity and acceleration ...

Creative Commons (CC): This is a Creative Commons license. Attribution (BY): Credit must be given to the creator. We demonstrate angle-resolved cathodoluminescence (CL) interferometry from ...

There is a long history of using VHF radar systems to detect ionospheric irregularities based on the theory of coherent scattering. According to previous work, there is a high occurrence of ...

Researchers have moved a step closer to achieving quantum-noise-limited measurements using laser interferometry – a technique routinely employed for detecting the motion and displacement of tiny ...

Since its inception, speckle interferometry has revolutionized high-resolution astronomical imaging, overcoming atmospheric challenges to achieve the diffraction limits of telescopes. Almost a decade ...

The following exercises aim to learn the link between the object intensity distribution and the corresponding visibility curves of a long-baseline ptical interferometer. They are also intended to show ...

Fringe conference can be traced to the automatic processing of fringe patterns. The term “patterns” evokes an image of flowing lines elegantly wrapped around surface contours. However, automatic ...

Microlenses have many applications, such as coupling light into fiber optics, enhancing light source uniformity in microdisplays, and focusing light onto imaging sensors in mobile phone cameras.