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This study introduces a robotic platform designed for real-time sample manipulation at synchrotron beamlines, addressing the limitations imposed by radiation-safety protocols that restrict human intervention during X-ray experiments. By utilizing this modular multi-tool architecture, the researchers successfully captured transient in-situ dynamics in perovskite thin films, which were previously inaccessible due to the constraints of manual handling. The findings highlight the potential for automated and autonomous experimentation in synchrotron facilities, significantly enhancing the capabilities of time-resolved measurements.
Real-time robotic sample manipulation at synchrotron beamlines reveals transient dynamics in materials that were previously out of reach for researchers.
The high photon flux at synchrotron beamlines allows for the measurement of fast dynamical processes. However, beamline radiation-safety protocols prohibit human intervention during X-ray experiments, limiting the ability to perform versatile real-time sample manipulations during continuous data acquisition. Here we present a robotic platform at an X-ray scattering beamline to enable real-time sample handling and processing in the experimental hutch, revealing previously inaccessible transient in-situ dynamics in perovskite thin films. This modular multi-tool robotic architecture enables in-hutch sample manipulation beyond human-access constraints, establishing a foundation for automated and autonomous synchrotron experimentation.
