Homework assignment 1 (due Jan. 25).
Homework assignment 2 (due Feb. 13).
Homework assignment 3 (due Mar. 1 at the first mid-term).
Homework assignment 4 (due Mar. 22).
Homework assignment 5 (due April 12).
Extra Credit Problems (See also the regular homework assignments)
This course will focus on mathematics related to
the media. We will study media behavior using game
theory, information theory, probability theory, the theory of networks and differential equations.
- On Bullshit by Harry Frankfurt,
Princeton University Press, 2005. ISBN 0-691-12294-6. This book is available
- This book gives a careful philosophical analysis of bullshit. The main
distinction Frankfurt draws between lying and bullshit is that liars know
the truth and are concerned that their listeners believe something false.
Bullshitters are much less concerned with the truth value of what
they are saying, or that their listeners literally believe them.
They are instead focused on bringing about some
other reaction in their listeners, e.g. that the listener will support them
in some way. This book has many useful insights, and a good college
education should include developing the ability to recognize
and classify bullshit. Developing a mathematical
theory to go along with Frankfurt's philosophical approach is a main goal of this course.
In particular, mathematical game theory will help answer Frankfurt's question about
why there is so much bullshit in our culture.
- How math can save your life by James Stein, John Wiley and Sons, 2010.
ISBN 978-0-470-43775-9. This book is available from
- Stein's book gives a better introduction to game theory than many
textbooks, and it is written in a far more interesting way. The book
includes many amusing topics, and is an excellent example of
how with a little imagination one can view many real life situations
in a mathematical way.
- For All Practical Purposes
W. H. Freeman, U.S.A.. ISBN: 1-4292-0900-3
- This book
It's not necessary to obtain access to the online materials connected with this book. As far as I can tell, the later editions of the book do not really add value, and cost much more.
In the first part of the course we will study half-truths using mathematical, philosophical and empirical perspectives.
The mathematics needed involves the connection between game theory and linear programming
as well as methods for solving linear programming problems. The course will involve developing
and analyzing mathematical models and constructing rigorous mathematical proofs.
Because the course will involve the use of vectors in three dimensional
space and some linear algebra, math 114 is a prerequisite.
The second part of the course will concerns dynamical systems
and zombie epidemic models. Using the stability theory of differential equations we will
build some models of how populations with different views interact over time.
We will apply this theory to study zombie ideas, these being notions which persist over time despite being
Electronic and web resources:
We will be using several different kinds of software to talk about course material.
If you have time, it would be a good idea to try out some of the software below
before we use it in class, if you don't already use it on a regular basis. In some
cases, I would appreciate it if you could send me the information I will need
to contact you, as described below.
- We'll use Skype during
online office hours as well as during course podcasts. It's possible to carry
on a conference call with 24 people on Skype, and we have 15 class members
at the moment. So we can in fact have a conference call which includes everyone in class.
Please send an e-mail to me at email@example.com with your Skype name so
that I can put you on conference calls. If you think there may be times when it would be more
convenient to reach you by phone, please also send a phone number I can use.
- From time to time, I will put both streaming and downloading video on
the web. For example, if I have to be out of town for a particular class, I will
put a video on the web and I will run a simultaneous Skype conference
at our regular class time for a discussion of the video as people watch this.
We can experiment with the chat function on Skype, as well as with periodic
pauses of the video for discussions.
By appointment and by Skype in the evenings.
How to make attending lectures efficient:
Before each lecture, check the
current homework and lecture schedule,
and read the appropriate parts of the text. After each lecture, you should review your lecture notes,
reread the corresponding sections of the book and solve related
Each homework will have a due date on which it will be collected. It will then be graded and returned.
I will try to have a lead time of at least a week between
the time homework is assigned and the time it is due.
You are encouraged to get help with the homework, and work together on it.
Just copying someone else's work of course does little good to anyone,
but cooperative effort and discussion of problems can be very effective
in learning mathematics. A good procedure is to try the work first on
your own and then go over it with others. Each student must hand in their
There will two exams in the course. The first will be on Thursday, March 1. The second exam exam will be on Thursday, April 12.
A final writing project will take the place of a final exam.
During the semester, I will be posting suggestions
about articles and mathematical papers you might find interesting. You'll eventually work with a group of other
students on a project based on one of these papers or a topic
you find yourself. Your group will make a presentation to
the class about your project and also write a paper about this. This is a great
opportunity for you to study a subject in more depth,
and to try doing some research on your own!
You are very welcome to arrange a time to meet with me either in math department
Approximate Grading Weights:
45% -- Homework
15% -- Midterm exam Thursday, March 1, in class.
15% - Midterm exam, Thursday, April 12, in class.
25% -- Writing project
Here are some number
The Prime Page
Survey article by Peter Shor on quantum computing
Last updated: 2/15/18
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