Karolis Parfeniukas

TL;DR: In this article, the authors present accurate at wavelength measurements of residual aberrations of a refractive X-ray lens using ptychography to manufacture a corrective phase plate.

TL;DR: The NanoMAX hard X-ray nanoprobe is the first beamline to take full advantage of the diffraction-limited storage ring at the MAX IV synchrotron and delivers a high coherent photon flux for applications in diffraction and imaging.

TL;DR: In this paper, metal-assisted chemical etching (MACE) reaction parameters were investigated for the fabrication of specially designed silicon-based X-ray zone plate nanostructures using a gold catalyst pattern and etching solutions composed of HF and H2O2.

TL;DR: In this paper, an improved nanofabrication method of high aspect ratio tungsten structures for use in high efficiency nanofocusing hard X-ray zone plates was presented.

TL;DR: NanoMAX as discussed by the authors is a hard x-ray nano-imaging beamline at the new Swedish synchrotron radiation source MAX IV that became operational in 2016, which takes full advantage of MAX IV's exceptional low emittance and resulting coherent properties.