The optical coherence structures of random optical fields can determine beam propagation
behavior, light–matter interactions, etc. Their performance makes a light beam robust …

We advance a protocol to measure the complex spatial degree of coherence of a partially
coherent light field obeying Gaussian statistics through a generalized Hanbury Brown–Twiss …

Spatial coherence of light sources is usually obtained by using the classical Young's
interferometer. Although the original experiment was improved upon in successive works …

We present modified scanning-type wavefront folding interferometers (WFIs), which allow
spatial coherence measurements of non-uniformly correlated fields, where the degree of …

A field-portable, single-shot and very simple method is presented for measuring the full
complex degree of coherence (CDC) of a quasi-monochromatic Schell-model field using the …

The measurement of the position–momentum Einstein–Podolsky–Rosen (EPR) correlations
of a two-photon state is important for many quantum information applications ranging from …

We employ spatial averaging to directly evaluate the modulus of two-dimensional spatial
coherence of partially coherent field using speckle patterns. This approach offers several …

Gaussian Schell-model (GSM) fields are examples of spatially partially coherent fields which
in recent years have found several unique applications. The existing techniques for …

Spatial coherence plays an important role in several real-world applications ranging from
imaging to communication. As a result, its accurate characterization and measurement are …

Momentum space distribution of photons coming out of any light emitting material/device
provides critical information about their underlying physical origin. Conventional methods of …