Week  Topics  Study Materials  Materials 
1 
Introduction to statistical methods, random walk and binomial distibution


The course textbook

2 
Statistical description of systems of particles and probablility calculations


The course textbook

3 
Statistical thermodynamics, equilibrium conditions and constraints. Heat reservoirs


The course textbook

4 
Macroscopic parameters: work, heat, temperature, entropy with applications


The course textbook

5 
Canonical, grand cananonical and other ensembles


The course textbook

6 
Partition function, thermodynamic parameters, equipatition theorem


The course textbook

7 
Equilibrium between phases or chemical species, general equilibrium conditions


The course textbook

8 
Quantum statistics, MaxwellBoltzmann, BoseEinstein, and FermiDirac statistics.


The course textbook

9 
Systems of interatcting particles, solids and nonideal classical gas.


The course textbook

10 
Magnetism, magnetic work, magnetic cooling,and superconductivity


The course textbook

11 
Kinetic theory of transport processes, collisions, viscosity, thermal and electrical conductivity.


The course textbook

12 
Relaxation time approximation in the transport theory


The course textbook

13 
Formulation of transport theory, Boltzmann condition, conservation of equations and hydrodynamics


The course textbook

14 
Irreversible processes and fluctuations. Transition probabilities, Brownian motion.


The course textbook

15 
Final 1st week



16 
Final 2nd week


