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molecules. By incorporating a chemical perspective, we also aim to expand the application of our designed biomolecules as tools for perturbing cell dynamics, imaging cells and tissues, sensing the environment
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and methodologies such as stem cells, organoids, molecular biology, structural biology, synthetic biology, diverse animal models, multi-scale imaging and quantification techniques, theoretical biology
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to fields like particle physics and cosmology. Research on nonlinear optical imaging systems and optical tweezers techniques for applications in soft, biological active matter systems. Computational
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collaborate across disciplines, including math, chemistry, biophysics, condensed matter physics, materials science, and others. Postdocs will actively contribute to the knotted chiral meta matter paradigm
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, including math, chemistry, biophysics, condensed matter physics, materials science, and others. Postdocs will actively contribute to the knotted chiral meta matter paradigm that probes the fundamental laws