Thermal and Statistical Physics

PHY4108.01
Course System Home Terms Spring 2027 Thermal and Statistical Physics

Course Description

Summary

In the wake of the Industrial Revolution, physicists developed thermal physics as a way of improving the efficiency of steam engines. At nearly the same time, the development of statistical physics gave birth to an understanding of how large ensembles of particles interacted. We will study both the macroscopic (“Thermal”) and microscopic (“Statistical”) view of systems and the connection between those two via multiplicity and the second law of thermodynamics. This topic is of broad scientific interest within physics and beyond: biology, chemistry, computer science, engineering, mathematics, and even economics can draw on thermal and statistical physics.

Learning Outcomes

  • Develop an understanding of the basic laws of thermodynamics
  • Learn to take a statistical approach to larger physical problems
  • Gain experience with different quantitative approaches to physics
  • Integrate computing experience with modeling systems

Prerequisites

Physics I and Calculus, or permission of the instructor.

Please contact the faculty member : hcrowl@bennington.edu

Instructor

  • Hugh Crowl

Day and Time

MO,TH 10:00am-11:50am

Delivery Method

Fully in-person

Length of Course

Full Term

Academic Term

Spring 2027

Area of Study

Credits

4

Course Level

4000

Maximum Enrollment

12

Course Frequency

Every 2-3 years