Fakultet za fizicku hemiju

Chair of Dynamics and Structure of Matter

Chair Head: Dr. Ljiljana Kolar - Anic, full professor e-mail: lkolar@ffh.bg.ac.rs


Professional skills provided by the chair: This chair provides courses that are theoretical or theoretical-experimental in nature, used to interpret experimental results in order to define the structure and state of matter. Thus, within the course of Quantum Chemistry, a student is trained to analyse the structure of a molecule and its energy states, whereas Statistical Thermodynamics enables him to relate that knowledge and data obtained from spectroscopic measurements with macroscopic properties of the system. With such knowledge a student is equipped to, within other courses of this chair, investigate the structure and properties of different states of matter (solid, liquid, macromolecules, etc.), complex compounds, but also biological systems, dynamic states of systems away from equilibrium and the phenomenon of their self-organisation, which exist both in natural and social sciences.

COURSES

Obligatory courses:

Mathematical Methods in Physical Chemistry Statistical Thermodynamics Computer Applications in Physical Chemistry Quantum Chemistry and Molecular Structures Solid State Physical Chemistry Physical Chemistry of Fluids Biophysical Chemistry (Biophysical Chemistry I)

Choice courses:

Dynamics of Non-Linear Processes Physical Chemistry of Macro-Molecules Physical Chemistry of Complex Compounds Biophysical Chemistry I Biophysical Chemistry II Biophysical Chemistry of Metabolism Physical Chemistry Methods in Biology and Medicine Biosystems and Radiation Basics of Non-Equilibrium Thermodynamics

Graduate courses:

Theoretical Fundamentals of Molecular Spectroscopy Application of Group Theory in Quantum Chemistry Chemical Reactivity Equilibrium and Non-Equilibrium Statistical Thermodynamics Dynamics of Non-Linear Processes Non-Equilibrium Thermodynamics Structure and Dynamics of Biomacromolecules Membranes and Transport Biophysical Thermodynamics Physical Chemistry of Photobiological Processes Non-Equilibrium States and Oscillatory Processes Experimental Methods of Biophysical Chemistry Physical Chemistry of Polymers Higher Course of Solid State Physical Chemistry Physical Chemistry Methods of Structure Determination Self-organisation of Non-Equilibrium Systems Experimental Methods of Non-Equilibrium Process Analysis Mathematical Modelling and Simulation of Complex Processes Biophysical Chemistry of Oscillatory Processes Regulatory Mechanisms at Cell Level Equilibria in Complexing Environments