A nanoscale interferometer measures the energy-resolved dispersive phase shift at the 14.4 keV nuclear resonance of 57Fe in an x-ray waveguide, revealing microscopic coupling parameters from combined phase and absorption data.
Dose-efficient in vivo x-ray phase contrast imaging at micrometer resolution by bragg magnifiers
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Interferometric measurement of nuclear resonant phase shift with a nanoscale Young double waveguide
A nanoscale interferometer measures the energy-resolved dispersive phase shift at the 14.4 keV nuclear resonance of 57Fe in an x-ray waveguide, revealing microscopic coupling parameters from combined phase and absorption data.