Controlling random light is a key enabling technology that pioneered statistical imaging
methods like speckle microscopy. Such low-intensity illumination is especially useful for bio …

Computational ghost imaging (CGI) can reconstruct the pixelated image of a target without
lenses and image sensors. In almost all spatial CGI systems using various patterns reported …

In a single-pixel camera, an unknown object is sequentially illuminated by intensity patterns.
The total reflected or transmitted intensity is summed in a single-pixel detector from which …

Single-pixel imaging techniques as an alternative to focal-plane detector arrays are being
widely investigated. The interest in these single-pixel techniques is partly their compatibility …

Capturing details of objects beyond the focal plane is challenging due to the limited depth-of-
field (DoF) of optical systems. Here, we report a computational refocusing ghost Imaging …

In the last decades, structured optics unveiled a vast diversity of spatial modes and
configurations to customize optical beams, in combination with a rich portfolio of techniques …

Complex light fields with arbitrary amplitudes and phases can be measured by sampling
them with an orthogonal basis (ie, canonical, Hadamard) and performing single pixel …

We present new illumination patterns for imaging in all-digital quantum ghost imaging (GI)
systems. The digital patterns, written as computer generated holograms on spatial light …

Single-pixel imaging provides numerous advantages over the conventional pixelated-array
imaging as it paved the way to operate at a wider range of wavelengths. Optical phased …

The generation, manipulation, and detection of beams carrying orbital angular momentum
(OAM) have acquired paramount importance in a wide range of applications, from imaging …