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based on 2D materials are emerging as novel tools for low-cost, high-resolution and high-throughput detection of biomolecule mechanics and dynamics. On one hand, they can enable important discoveries in
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, functional, soft molecular and polymer materials, as well as the design and synthesis of new functional molecules and polymers. Examples include dynamic gels and surfactants, self-healing materials and out
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at the molecular scale, we need to understand dynamic structural changes underlying many essential biomolecular processes in the cell. This requires new experimental methods, as current technology only facilitates
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at the molecular scale. Are you interested to combine physics, engineering, and molecular biology to gain insight into how life works at the nanoscale? To learn how the machinery of life operates at the molecular
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) on the other hand. We use tools from statistical physics, information theory and non-linear dynamics to understand the how well a particular system responds to a stimulus, and how this stimulus is processed