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Introductory statistical thermodynamics

Schedule

Wednesday, 5 February 2020 to Thursday, 2 April 2020
Total hours: 24
Hours of lectures: 24

Examination procedure

  • oral exam

Prerequisites

the class is for the third year students in Biology (the final grade will include also the class in Introductory quantum physics). prerequisites are their previous SNS courses in Maths and Physics

Syllabus

1. Thermodynamic systems

2. Entropy

3. Temperature, pressure and chemical potential

4. Boltzmann distribution and canonical partition function

5. Thermodynamic processes

6. Thermodynamic potentials

7. Quantum statistics

8. Transport processes

 

Educational goals:

Become familiar with the basic concepts of statistical physics, also in relation to the principles of thermodynamics.

Learn how to use the main thermodynamic potentials and the Boltzmann distribution to describe thermal equilibrium.

Understanding the most elementary aspects of quantum statistics and the simplest transport processes in conditions of near equilibrium.

Bibliographical references

Kittel-Kroemer:  “Thermal physics”

Dill- Bromberg: “Molecular driving forces”