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central aspect of this is the collection, use, and integration of data from agricultural living labs using innovative methods. In living labs, complex ecological and socio-economic relationships
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international level: Transportation systems and logistics Complex networks of air, sea, road or rail freight transport logistics; including intermodal transportation networks Sustainable mobility and circular
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as an independent field of research. Embedded in the MATH+ Cluster of Excellence, the group offers an excellent scientific environment and various opportunities for networking. It is based
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-electron-laser radiation. scientific research on time-resolved optoelectronic phenomena in low-dimensional van der Waals materials fabrication and preparation of complex heterostructures involving van der
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Cottbus-Senftenberg (BTU) bundles top-level research and transfer at an international level, thereby creating an interdisciplinary innovation network and an excellent science and technology location
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industrial, communications and automotive applications as well as on design solutions for increasingly complex electronic systems. Within the RFIC design group, we create application-specific integrated RF-IPs
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, operation and documentation of complex IT projects in the areas of IT infrastructure, servers, administration and data centers: User administration and rights management Network configuration and operation
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tackle the complex challenges of our time. Sub-THz frequencies (100 GHz – 1 THz) are an exciting research area for radar systems in applications that require very fine resolution but not long detection
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Future. Discover. Together. The “Wireless Communications and Networks” department of the Fraunhofer Institute for Telecommunications, Heinrich Hertz Institute, develops wireless communication
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us on our journey to understand the complex interplay of humans and microbes in the fight against infectious diseases. We are recruiting early-career scientists to develop independent programs