Current trends for X-ray imaging detectors based on hybrid and monolithic detector
technologies are reviewed. Hybrid detectors with photon-counting pixels have proven to be …

Today most of the deployed X-ray detection equipment for medical diagnosis and industrial
nondestructive testing are based on energy integrating detector technology. When using …

Directly observing atomic motions in molecules during chemical dynamics has long
constituted one of the grand challenges in chemistry. 1 The emergence of X-ray free …

Fluctuations and stochastic transitions are ubiquitous in nanometre-scale systems,
especially in the presence of disorder. However, their direct observation has so far been …

X-ray scattering imaging can provide complementary information to conventional absorption
based radiographic imaging about the unresolved microstructures of a sample. The …

MÖNCH is a 25 µm-pitch charge-integrating detector aimed at exploring the limits of current
hybrid silicon detector technology. The small pixel size makes it ideal for high-resolution …

Purpose: Spatial resolution for current scintillator-based computed tomography (CT)
detectors is limited by the pixel size of about 1 mm. Direct conversion photon-counting …

Purpose: Recently, progress has been achieved in implementing phase-contrast
tomography of soft biological tissues at laboratory sources. This opens up opportunities for …

Abstract MÖNCH is a hybrid silicon pixel detector based on charge integration and with
analog readout, featuring a pixel size of 25× 25 μm 2. The latest working prototype consists …

Due to their high frame rates and dynamic range, large area coverage, and high signal-to-
noise ratio, hybrid silicon pixel detectors are an established standard for photon science …