Application portal. At the Biomolecular Systems and Design Lab , we focus on understanding and engineering the dynamic behavior of biomolecules in complex environments.
Our research sits at the interface of biophysical and computational chemistry , where we integrate experimental techniques and theoretical models to reveal the fundamental principles of biomolecular interactions and self-assembly.
This molecular-level insight is crucial for advancing the design of bionanomaterials. By investigating how biomolecules assemble and interactβboth in solution and at interfaces such as membranes and nanoparticlesβwe aim to drive innovations in areas like neurodegenerative diseases, nanomedicine, viral infection, and antimicrobial strategies.
Research Focus. Our group leverages a synergy of theory and experiment, using computational chemistry to guide experimental design and gain a deeper understanding of biomolecular systems. Hayn, M. John, T. ACS Chem. Colloid Interface Sci. Jun, H. Nucleic Acids Res. Nanoscale , 10 45 , β Industrial partnerships and transfer Constructor People Research Transfer.
Research Interests. University Education. Work Experience. Selected Publications. Torsten John. Assistant Professor of Physical Chemistry. School of Science. Phone number. Fax number.
