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interested in biological interfaces, e.g. the cuticle, that evolved many adaptative traits to external biotic and abiotic factors. We study the relation structure-function of these interfaces, combining
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of electron beams through the development of multiple light sources covering a broad spectral range (from ultraviolet to terahertz). 2.Experimental research on the attosecond and femtosecond structural dynamics
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conducts a wide range of research activities such as molecular design, organic synthesis, structural analysis, characterization, and device applications, aiming to develop the functions and properties
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assimilation, utilizing numerical models and their output datasets. 2. Research and development of methodologies for optimizing the spatial deployment of observation sites and evaluating observational parameters
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seek researchers to engage in: - Modeling-based analysis of groundwater flow and material dynamics in the Kumamoto region - Numerical analysis of water cycle variability using hydrological and
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a project examining how mitotic stress drives cellular and organismal aging. [Work content and job description] The successful candidate will work with cell culture systems and mouse models and will
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) Position Description: Apply Position Description [The position] The Algebraic Combinatorics and Fundamental Physics Unit , led by Matteo Parisi, investigates new combinatorial and geometric structures
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the applicant, but possible areas of study include, for example, Hamiltonian and/or dissipation engineering in Rydberg atom systems, research on the ground state and non-equilibrium states of quantum spin systems
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advance research in mathematics (algebra, geometry, and analysis). The successful candidate will engage in the construction and deepening of mathematical theories that are foundational to various areas
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findings, and contribute to the advancement of our research agenda. The work is at the intersection of Information Theory and Probability Theory; The main areas of interest include (but are not restricted