I am a fifth year PhD candidate in Mathematics at Boston College.
Here is a rough CV.
My email address is email@example.com.
My office doesn't have a phone.
My office address is
Carney Hall -- Boston College
Chestnut Hill, MA 02467-3806
If you want my undivided attention, my office is Carney 337.
Here is my most recent preprint: Practical bounds for a Dehn parental test
The code associated with this and other papers is here.
I have been working with Rob Meyerhoff, Dave Gabai, Nate Thurston, and Andrew Yarmola on cusped hyperbolic 3-manifolds of low cusp area.
I have been working with Craig Hodgson and Rob Meyerhoff on extending Mom theory to manifolds with totally geodesic boundary.
I have worked often with the program SnapPy. So I wrote the following explanation for why I use it. It's based on a talk I have given at our grad student seminar.
Why I Like SnapPy and Why You Should Too
I gave a successful talk on the Chern-Gauss-Bonnet theorem at our graduate student seminar here. I have typed up notes for the talk here.
I have always loved explaining math to anyone within earshot. Instead of discussing math, I tend to proclaim it loudly, a habit that is a nuisance in quiet dining establishments but effective in a classroom.
Here are some clarifying notes on fluid flow I typed up in spring 2011 for my section (and for myself):
Notes on flow rate.Here are some notes on convergence of improper integrals.
Some tips on the comparison test.
I'm an active member of the laity here.
I can play the guitar.
Like the world of a science-fiction story, a system of beliefs need not be highly credible---it may be as wild as you like, so long as it is not self-contradictory---and it should lead to some interesting difficulties, some of which should, in the end, be resolved.
Carl E. Linderholm, Mathematics made difficult