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-body Hamiltonians on experimentally realizable spin systems Cooperate and actively work with experimental partners developing quantum simulators using this technological platform Design and implement
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framework, ensuring best practices in data validation and tool maturity are met. Design and deploy enterprise-grade software components for monitoring and optimizing renewable energy technologies, leveraging
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, or similar fields Experience in the development of neuromorphic hardware implementations and a good overview of the field Knowledge of integrated CMOS circuit design is beneficial Ability to monitor and guide
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Your Job: In this position, you will be an active part of our ESDE research group and the HClimRep consortium. You will make substantial contributions to the design and development of the HClimRep
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of auxiliary enzymes and their integration in a multi-enzyme cascade is thus required. To overcome this limitation, we will design locally immobilized multi-enzyme constructs with superior catalytic activity and
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physicochemical characterization of energy materials or their model systems Participation in experiments as well as design and construction of instruments and/or sample environments with practical work at neutron
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Your Job: You will be designing, developing and implementing simulation software, publishing and presenting the results, while collaborating within the scientists at JSC, Bonn University, and within
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Your Job: Characterization of catalytic interfaces for chemical hydrogen storage on the atomic scale using operando synchrotron-based high-energy X-ray diffraction Design of chemical hydrogen
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quantum algorithms and protocols for scientific and industrial applications to experimental platforms Design control strategies for programmable quantum simulators based on atomic systems such as neutral
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Your Job: Quantum computing is a promising, disruptive technology for solving optimization and simulation problems which is at the heart of energy grid design and operation. As part of a large