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contribute significantly to the preservation of the function and protection of the ocean for future generations. As part of the LiMare consortium funded by the BMWE, an approach will be developed that will
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advanced integrated transceivers for radar and telecom. In addition, we develop novel autonomous RF measurement systems for improved RF power transistor characterization and the optimization of such devices
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computational simulations to understand the combustion of solid propellants across different scales. You will further develop an existing simulation code based on the discontinuous Galerkin method. In doing so
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computational simulations to understand the combustion of solid propellants across different scales. You will further develop an existing simulation code based on the discontinuous Galerkin method. In doing so
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validate and further develop our models. The focus of this project lies on combustion kinetics. The objective is to develop a mesoscale description of solid propellant combustion based on global chemical
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part of change Contributing to the development of the next generation optical wireless communication systems Familiarization with physcial layer and technical basics of optical wireless communication and
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communications, energy, health, and mobility. It covers the entire value chain from design to ready-for-delivery systems. Our Joint Lab Quantum Photonic Components is one of the world's leading developers
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systems for measurement processes, or innovative hardware and software for quantum computers and quantum sensors: we develop tomorrow’s technology in-house for a sustainable and secure society. When will
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Developing innovative technology solutions and bringing them to application - that is our goal at the Fraunhofer Institute for Photonic Microsystems IPMS . With our expertise in the development
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development of sustainable processes, technologies, and products for a healthy and green future. Our research topics are diverse, ranging from chemical engineering to the design of sustainable production