Math 280 schedule

Tuesday Thursday
January 15

No class!
January 17

In Lecture:
  1. Overview of the course
  2. The beginning of Shannon entropy

Associated Reading:
Homework #1 due Jan. 24
January 22

In Lecture:
  1. Proof of the existence and uniqueness of Shannon entropy

Associated Reading:
Homework #1 due Jan. 24
January 24

In Lecture:
  1. Transmission schemes with efficiency approaching the Shannon bound

Associated Reading:
Homework #1 due Jan. 24, Homework 2 to be posted
January 29

In Lecture:
  1. Transmission schemes with efficiency approaching the Shannon bound (continued)

Associated Reading:
Homework #2 due Feb. 5
January 31

In Lecture:
  1. Transmission schemes with efficiency approaching the Shannon bound (continued)

Associated Reading:
Homework #2 due Feb. 5
February 5

In Lecture:
  1. A quick introduction to probability theory

Associated Reading:
February 7

In Lecture:
  1. Probability theory, continued
  2. Applications to the thermodynamics

Associated Reading:
Homework #3, due Feb. 14
February 12

In Lecture:
  1. Schrodinger's approach to statistical thermodynamics

Associated Reading:
February 14

In Lecture:
  1. Schrodinger's approach to statistical thermodynamics (continued)

Associated Reading:
February 19

In Lecture:
  1. Schrodinger's approach to statistical thermodynamics; the partition function and free energy

Associated Reading:
February 21

In Lecture:
  1. Interpreting free energy and entropy.

Associated Reading:
February 26

In Lecture:
  1. The variational principle and Gibbs measures

Associated Reading:
February 28

In Lecture:
  1. The classical PDE approach to thermodynamics

Associated Reading:
  • The following selections from Zemansky's book
    1. Sections 1.5, 1.6: Temperature is constant on states of a system in thermal equilibrium with another system.
    2. Sections 2.1 - 2.3: PVT systems
    3. Sections 3.1 - 3.6: Work in PVT systems
    4. Sections 4.1 - 4.10: Heat, heat capacities
    5. Sections 5.1 - 5.6: Ideal Gases, isothermal and adiabatic expansions and contractions
    6. Section 6.1: Heat engines
    7. Chapter 7: The Carnot cycle
    8. Chapter 8: Entropy
March 12

In Lecture:
  1. The Carnot cycle, continued

Associated Reading:
March 14

In Lecture:
  1. Thermodynamic entropy, continued

Associated Reading:
March 19

Skype Review session for the mid-term
March 21

In Lecture:
  1. Mid term exam
March 26

In Lecture:
  1. Demetrius's model of selective advantage

Associated Reading:
  • Section 3.1 of Demetrius, pages 14 - 15.
  • Section 4.4 of Demetrius, pages 22 - 25
  • Warning: The right side of equation (4.18) of Demitrius should have a minus sign rather than a plus sign.
March 28

In Lecture:
  1. Demetrius's model of selective advantage

Associated Reading:
  • I will work through the example in Section 4.4 of Demetrius, pages 22 - 25
  • Warning: The right side of equation (4.18) of Demitrius should have a minus sign rather than a plus sign.
April 2

In Lecture:
  1. Fourier transforms of functions on {0,...,N-1}
  2. Fast fourier transforms

Associated Reading:
April 4

In Lecture:
  1. Fourier inversion
  2. Fourier transforms of convolutions
  3. Applications to computing products of polynomials and to imaging stars

Associated Reading:
April 9

In Lecture:
  1. The Perron-Frobenius theorem

Associated Reading:
April 11

In Lecture:
  1. TBA

Associated Reading:
  • TBA

Last updated: 4/7/19
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