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Field
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This project studies chiral assembly of chromophores at nanoscale by using chirality-defined single-wall carbon nanotubes (SWCNTs) as templates. New findings at NIST have established a general strategy to
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biochemistry, quantitative modelling and single-molecule techniques. Recent work includes determining how human condensin complexes are activated in mitosis (ref 1,2) and how TOP2A resolves entangled DNA (ref 3
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, charge, hydrophobicity) and (ii) probing peptide-surface interactions at the single-molecule level. Scientific objectives This PhD project aims to extend this approach along two complementary axes. A
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for mechanistic analysis of meiotic crossover interference and high resolution imaging of single molecule dynamics of chromosomes Basic Qualifications expertise in high resolution imaging, knowledge of mitotic
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organic methods for functional small molecules and polymers. The goal of projects in the Huang lab is to tackle critical societal challenges through precise structural control, efficient manufacturing, and
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methods (e.g., cryo-electron microscopy, X-ray crystallography, or single-molecule techniques) and will be internationally recognized for their own research activities. Cooperation within the University
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-ray Free-Electron Lasers (XFEL)-driven molecules”. Project: The goal will be to significantly advance the state of the art in theoretical and computational techniques in order to investigate coherent
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The Weinelt research group studies ultrafast dynamics at solids and their surfaces initiated by ultrashort laser pulses. This includes single and collective quasiparticle dynamics to unravel
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organic methods for functional small molecules and polymers. The goal of projects in the Huang lab is to tackle critical societal challenges through precise structural control, efficient manufacturing, and
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clusters and access to national computational resources. The wider University community includes special interest groups including the Nucleic Acids Institute and the centre for Single Molecule Biology at