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” (Improving green innovation for the blue revolution – Homepage - IGNITION ). The project seeks to revolutionize salt tolerant (halophyte) biomass use by developing a universal biorefinery model for processing
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MOFs and their hybrid materials. The primary objective is to explore the fundamental structure–property relationships that govern MOF vitrification and liquid-phase behavior, and to develop new MOF-based
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the differentiated cells, we explore how pathogenic calmodulin mutations impact cellular differentiation, development, and signaling. The project is a collaboration between prof. Michael Toft Overgaard and assist
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within materials, mechanics, physics, production, and industrial management and innovation. Several innovative and unconventional collaborations have been and are being developed through interdisciplinary
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on their independent project. The department will support activities that align with the goal of securing funding and will support the general career development of the postdoc. Post Doctoral position The position will
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Assistant Professor in Environmental Microbiology and Viromics of Danish Peatlands (3 year position)
work will contribute to the development of a tool that will be able to help predict a site’s restoration success based on the DNA from 1g of soil. The Assistant Professor will be anchored in the Center