The first CT scanners in the early 1970s already used iterative reconstruction algorithms;
however, lack of computational power prevented their clinical use. In fact, it took until 2009 …

X-ray imaging is a standard tool for the non-destructive inspection of the internal structure of
samples. It finds application in a vast diversity of fields: medicine, biology, many engineering …

Although early demonstration dates back to the mid-sixties, x-ray phase-contrast imaging
(XPCI) became hugely popular in the mid-90s, thanks to the advent of 3rd generation …

Brain-targeting drug delivery remains a massive challenge due to the complexity and
delicacy of the human brain. However, it is of paramount importance because many …

The development of hybrid optical tomography methods to improve imaging performance
has been suggested over a decade ago and has been experimentally demonstrated in …

Innovations in CT have been impressive among imaging and medical technologies in both
the hardware and software domain. The range and speed of CT scanning improved from the …

Novel radiography approaches based on the wave nature of x-rays when propagating
through matter have a great potential for improved future x-ray diagnostics in the clinics …

The basic principles of x-ray image formation in radiology have remained essentially
unchanged since Röntgen first discovered x-rays over a hundred years ago. The …

Coherent diffractive imaging provides accurate phase projections that can be
tomographically combined to yield detailed quantitative 3D reconstructions with a resolution …

We present a method for x-ray phase-contrast imaging and metrology applications based on
the sample-induced modulation and subsequent computational demodulation of a random …