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Commission–funded project focused on the design, development, and implementation of an innovative executive education program at the intersection of Artificial Intelligence, Energy Systems, and
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potential. Develop quantitative KPFM and FM-KPFM methods for highly polar molecular films. Investigate voltage-driven molecular polarization and depolarization. Generate and characterize programmable analog
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added value of their proposed research to IRBLleida. Particular consideration will be given to their potential to establish new collaborations, bring complementary expertise and methodologies, develop new
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achieved internationally recognized academic accomplishments, possess considerable international reputation and influence, and have an excellent record in teaching, research, and talent cultivation
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interdisciplinary collaborations with world-class scientists and physicians in Beijing. CIMR will provide education and training opportunities for future postdoctoral fellows. We are committed to a science-centered
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. The researcher will fabricate, functionalize, and characterize sensing interfaces, prepare biomolecular recognition elements, and perform electrochemical characterization of biosensors. The position also involves
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responsibilities: Develop and extend the theory of spin-orbit torques used in AI4SPIN, going beyond the current linear-response, spin-only description. Incorporate orbital degrees of freedom into the formalism
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existing experimental results and guide the design of future carbon-based electronic and optoelectronic devices. Requirements: Education: Master in materials science or engineering, PhD in materials science
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" with reference number 101158723. The ultimate goal of the GAIA project is to develop medical optical systems with ultra-low power consumption, and unprecedented transparency and flexibility by
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to prepare cryosections of biological samples and assist with MALDI imaging experiments and data acquisition. Maintain clear, complete, and well-structured documentation of all experiments, protocols