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Dresden explores and develops novel quantum materials with tailored properties. Around 300 researchers from over 30 countries work at the interface of physics, chemistry, and materials science to lay
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instrumentation and high‑performance data acquisition and signal‑processing systems. We contribute to large-scale research projects such as Pierre Auger Observatory, Belle II, CMS, LHCb, FCC-ee, XENONnT, DELight
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an exciting interdisciplinary research environment at the interface of physics and biology. Our goal is to understand biological function and the role of condensates in disease by applying physical principles
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-minded team and a supportive atmosphere extensive training and development opportunities the chance to collaborate with international research partners flexible working hours and remote work for balancing
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mechanisms using computer simulations and the methods of non-equilibrium statistical physics. The Research The PhD student will work under the supervision of Dr. Philip Bittihn within the European Doctoral
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on high-performance computing and quantum computing platforms Analysis and validation of results using classical reference models and simulation data Documentation of research results and contribution
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- and solution-driven work attitude fluency in English, knowledge of German would be a plus We offer: You will join a team of enthusiastic scientists who pursue creatively their individual research agenda
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Description The Research Training GroupGRK 2868 D³ - Data-driven Design of Resilient Metamaterials funded by the German Research Foundation has started in October 2023. Our vision is to develop and
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strong communication skills, both written and verbal in English ability to work both independently and collaboratively in an interdisciplinary team commitment to responsible research and innovation
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of plant resilience and performance in challenging environments related to climate change. The IPB offers excellent research facilities and state-of-the-art infrastructure to study the chemical diversity