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the laboratory to industrial applications. The primary goal of current research is to close the "metrological triangle"—connecting voltage, resistance, and current via fundamental constants—while making
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on tungsten samples and candidate tungsten alloys will validate the simulations and guide the design of more dust-resistant materials. Finally, we will use machine learning to integrate simulation and
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both susceptible and antibiotic-resistant strains, remain a major biomedical challenge. This PhD project will focus on the development of advanced nanomaterials through rational design, synthesis, and
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: Human bacterial pathogens, including susceptible and antibiotic-resistant strains, require innovative antibacterial solutions. This PhD project will focus on the functional evaluation of nanomaterials
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regulation of microbial cells regarding antimicrobial production and resistance, infectious disease pathogenesis, and microbial interactions with the environment. Community-level research focuses on microbial
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Resistance: The Mechanism of mRNA-Dependent ABCF-Mediated Translation Rescue Dissecting Bordetella interaction with the respiratory epithelium Epitranscriptomic control of mRNA fate in pollen Functional and
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of antiparasitic drugs and emergence of resistance. Biology and ecology of infectious disease vectors and their interactions with pathogens. Start of studies in the winter semester (October) Opening of applications
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distribution of plant-associated fungi and their symbioses? How plants protect reproduction from heat stress; from models to crops Identification and Functional Characterization of Resistance Genes Conferring