Laboratory № 7 – Theory and Modeling of Polymer Systems
Phone: (812) 328-56-01
Head of the Laboratory: Prof. Sergey Vladimirovich Lyulin, Corresponding Member of the Russian Academy of Sciences, Doctor of Physical and Mathematical Sciences
E-mail: sergey.v.lyulin@gmail.com
Theoretical calculations (statistical mechanics and dynamics) of complex polymer systems with partial ordering and high molecular mobility, including studies of:
- structure and dynamics of network and branched polymers;
- structure of block copolymers and their mixtures;
- structure of polymer brushes;
- liquid crystalline polymer systems;
- nematic elastomers, brushes;
- polymer-based composites and complexes;
- development of theory and simulation of complex polyelectrolyte systems;
- investigation of the influence of external fields on structure and dynamics of polymers.
Laboratory profile
Statistical mechanics and dynamics of complex polymer systems.
Lines of research
- Theory and computer simulation of branched macromolecules and polymer brushes.
- Self-assembly of amphiphilic block copolymers.
- Theory and modeling of mechanic properties of individual polymer and biopolymer molecules.
- Influence of inter- and intramolecular interactions on structure and mobility of hyperbranched polyectrolytes and their complexes.
- Structure and dynamics of linear and branched polypeptides and polysaccharides.
- Computer simulation of complex biopolymer systems.
- Theory and modeling of dynamic properties of network and dendritic polymer systems. Structural changes occurring during phase transitions in rigid-chain heterocyclic polyelectrolytes.
- Computer simulation of organic-inorganic composites intended for biomedical applications.
- Multiscale simulation of thermoplastic polyimides and nanocomposites based on these polyimides.