Sharif Ahmed

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About

Sharif Ahmed is a leading figure in synchrotron instrumentation, specializing in the integration of robotics for advanced X-ray imaging and diffraction. His key research areas include beamline engineering, detector positioning, and automation for large-scale scientific facilities. Ahmed’s major contribution is the pioneering use of an industrial robot to position a Dectris Pilatus 2M CdTe diffraction detector at the DIAD beamline (Dual Imaging and Diffraction) at Diamond Light Source. This innovative setup allows for flexible, precise detector movement within a quarter-sphere around the sample, dramatically enhancing data collection efficiency and versatility. His work on this system, detailed in his 2022 paper with 4 citations, has set a new standard for adaptive detector placement in synchrotron science. By replacing traditional rigid mounts with robotic arms, Ahmed has enabled real-time adjustments that improve diffraction pattern capture, benefiting researchers in materials science and crystallography. His achievements highlight a transformative approach to beamline design, merging robotics with photon science to push the boundaries of experimental capability.