We are developing sCMOS-based X-ray cameras for time-resolved X-ray spectroscopy, aiming to optimize their capabilities for high-repetition rate imaging and spectroscopy, as well as single photon detection. Prototype development is underway, with a focus on features like reducing image acquisition time, creating a high-density vacuum feedthrough, and achieving homogeneous dark current levels. Collaborative experiments with the Max Born Institute demonstrate the initial success of the camera, and future applications involve studying charge transfer processes and transient absorption of soft X-rays in solution.
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