Week of April 11-15, 2011
Monday, April 11, 2011
12:30 PM Math 1150 Instructor Meeting 459 MSC
2:30 PM Education Seminar 459 MSC
3:30 PM Calculus Seminar 459 MSC
Mary Koshar, BGSU
Let's discuss strategies in the classroom for calculus
students. I will share my experiences with my new and
revolutionary method.
Tuesday, April 12, 2011
10:45 AM Math 1220 Instructor Meeting 459 MSC
Wednesday, April 13, 2011
11:30 AM Statistics Seminar 459 MSC
Haowen Xi, Physics Dept., BGSU
Random spin-glass and rational portfolio selection
decisions
Models and methods developed in statistical physics
proved to be fruitful in studying complex system. In
this talk, we discuss a classical portfolio selection
problem under nonlinear constraints, and show the
connection between the portfolio selection problem and
spin-glass problem in statistical physics. Through
computational simulation, I will illustrate the concept
of random matrix problem and show that the optimal
rational solutions is actually exponentially
large. Thus, the concept of rational portfolio
selection may be challenged.
12:30 PM Foundational Math Committee 400 MSC
1:00 PM Graduate Committee Meeting 447 MSC
1:30 PM Analysis Seminar 459 MSC
A. J. Wilhelm, BGSU
Several results from Sibilev
We will discuss parts of chapter six from
R.V. Sibilev's dissertation.
3:30 PM Algebra Seminar 459 MSC
Stephen Gagola, BGSU
Groups that admit triality
Here we will look deeper at the category of groups with
triality S3. One of the most symmetrical examples
comes from the group D4(q). Its Dynkin diagram has
four nodes with one node located at the center, and the
other three attached symmetrically. Here S3 acts on the
triality group by permuting the three legs trasitively.
Thursday, April 14, 2011
11:30 AM Math 1210 Instructor Meeting 459 MSC
Friday, April 15, 2011
3:30 PM Colloquium 459 MSC
Dr. Joseph Maher, CUNY College of Staten Island
Random walks on graphs and groups
We'll introduce random walks, starting with random
walks on the line and the plane. The study of these
goes back to Polya, and they can be used as elementary
models for both the stock market and the motion of
particles. We'll review some basic properties of these
random walks, and discuss how they generalize to random
walks on other spaces, in particular, those arising in
the study of surfaces.
A list of mathematics seminars by subject and other seminars at BGSU is available here.
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