1. Nonlinear equations of mathematical physics
  2. Mathematical biology
  3. Modeling of biofilms and analysis: new class of degenerate parabolic equations
  4. Model and dimension reduction in dynamical systems with application in biology
  5. Homogenization approach in PDE and related questions in the life sciences
  6. Higher order models arising in Physics and Biology
  7. Chaotic dynamics, topological and Kolmogorov's entropy
  8. Infinite dimensional dynamical systems and their global Attractors
  9. Upscaling, Optimization and Design of chemical reactors
  10. Topological methods and its applications
  11. Rate-indepentent processes and its applications
  12. Local and global bifurcation based on the degree theories
  13. Homological degree theory in the category of quasiruled (Fredholm) manifolds
  14. Geometrical properties of nonlinear mappings related to (pseudo)differential operators

Prof. Dr. Messoud Efendiyev

The Research Group

Peoples