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Denmark and abroad. Your work will contribute directly to shaping the future of sustainable energy, while enhancing your skills for a successful academic or industrial career. We seek candidates with: A
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funding affect the subsequent performance of firms and scientists, in terms of outputs such as the number of papers, products, patents, etc. (Can an optimal applicant template be developed by training
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, which are time-consuming (at least a few days) and lack the ability to differentiate between bacterial strains. Your overall focus will be to develop and evaluate a purification-free work stream that
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-tasks and language models. This position is part of SDU’s initiative to develop energy-efficient AI accelerators based on alternative model architectures that cannot be leveraged as efficiently
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technology, positioning your career for long-term success and global scientific impact. Your primary role will be to pioneer and optimize advanced electron-beam lithography techniques to demonstrate reliable
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of the biggest challenges is the development of efficient, scalable, and low-noise control electronics that operate at cryogenic temperatures. This PhD project addresses this challenge by designing CMOS-based
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. Across these applications areas, a central and critical challenge in bioprinting is the design of appropriate biomaterials to serve as synthetic matrices and scaffold for the tissues. You will be part of a
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applications Co-integration of SSM-SNN cores with RISC-V processors in CMOS Hybrid analog/digital interfaces for spike generation and propagation Event-based communication protocols for ultra-low-power operation
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) at the Research Unit of Obstetrics and Gynecology, Department of Clinical Research, University of Southern Denmark (SDU), from 1 March 2026. Research environment The PhD position is part of the FEMME project funded
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? We invite applications for a PhD position, focusing on the design and implementation of Spiking Neural Networks (SNNs) using CMOS technology. Project Overview This PhD position is part of a