Archives: Research Groups

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    His research is in the domain of quantum algorithms and quantum hardware closely coupled to high-performance computing systems. He tries to find ‘’practical” value in early noisy quantum computers, understand the limits of noisy hardware itself, and thinks how to optimally couple quantum and classical computers. He co-supervised 3 PhD students and several postdocs.

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    Quantum Algorithms and Technologies of Emulation in High Performance Computing

    This research is in the domain of quantum algorithms and quantum hardware closely coupled to high-performance computing systems. He tries to find ‘’practical” value in early noisy quantum computers, understand the limits of noisy hardware itself, and thinks how to optimally couple quantum and classical computers.

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    The quantitative description of the mechanical properties of biological cells is one of the main contributions that physics can make to modern biotechnology. For example, cancer cells differ significantly in their stiffness from healthy cells. Previous high-throughput methods for determining the mechanical properties generally rely on model-based interpretations of cell deformations in hydrodynamic flow. We…

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    The Complex Systems group performs research on intricate systems frequently involving several domains (following the so-called “systems of systems” view). This group consequently operates at the nexus between various disciplines, such as environmental science, computer science, medicine, engineering, economics, sociology, security, agriculture, etc.

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    Complex Systems

    We study real-life complex systems holistically across various disciplines through the development of data acquisition methods and simulation models.

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