Hans Deyhle

University of Basel, Diamond Light Source

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About

Hans Deyhle is a researcher whose work sits at the intersection of materials science, soft robotics, and advanced X-ray imaging instrumentation. His key research areas include the mechanics of compliant electrodes for dielectric elastomeric transducers (DETs) and the development of novel detector positioning systems for synchrotron beamlines. Deyhle’s most notable contribution is his study of gold layers on elastomers near the critical stress regime, a foundational paper with 19 citations that explores how to create highly compliant electrodes—a critical challenge for soft robotics, flexible electronics, and neuroprosthetics. This work provides a pathway for manipulating electrode compliance without sacrificing conductivity. Additionally, Deyhle played a pivotal role in the DIAD beamline at Diamond Light Source, where he helped implement an industrial robot to flexibly position a large-area Dectris Pilatus 2M CdTe detector. This innovation, detailed in a 2022 paper, enables precise, programmable detector placement over a quarter-sphere around the sample, dramatically enhancing the beamline’s capabilities for dual imaging and diffraction experiments. Deyhle’s contributions bridge fundamental materials science with practical engineering, advancing both the understanding of stretchable electronics and the performance of cutting-edge synchrotron instrumentation.