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In Memoriam: Professor Larry Smolowitz
It is with great sadness that I write with the news that Professor Emeritus of Mathematics Larry Smolowitz passed away Friday, December 20, 2013 at Strong Memorial Hospital.
Professor Smolowitz retired from teaching in 2004 after nearly 40 years of distinguished service to the Colleges. A valued member of our community, Larry chaired the Department of Mathematics on a number of occasions and served important roles in faculty governance. He will perhaps be best remembered for his dedication to the intellectual development of his students and for the many kindnesses he showed them. I can recall many evenings when, during my walk home from Coxe Hall, Larry would be in his office meeting with students to help them better understand calculus, abstract algebra, and probability.
A gifted mathematician, Larry received his bachelor's degree from RPI and his doctorate from the University of Minnesota.
Memorial contributions in his memory may be made to Temple Beth-El, Geneva Scholarship Associates at HWS, the Parkinson Research Foundation, or a charity of one's choice.
Mark D. Gearan
Posted 24 December 2013
Jon Forde Receives Tenure
Tenure marks one of the most important milestones in the career of a professor. It is granted by the Board of Trustees after a careful review and recommendation by the Department, the faculty Committee on Tenure and Promotion, the Provost, and the President of the Colleges. The review generally takes place in the sixth year of teaching.
Posted 20 March 2013
New Faculty Join Department
Professor Yan Hao joins the department in a tenure-track position in applied mathematics. She received her Ph.D. from the College of William and Mary and spent a year in a post-doctoral position at Arizona State University before coming to Hobart and William Smith Colleges. Her interests include Computational Biology and Numerical Analysis.
Professor Eric Nelson and Professor Mark Radosevich join the department as Visiting Assistant Professors of Mathematics for the 2012--13 academic year. Eric Nelson completed his Ph.D. at Colorado State University and is interested in group theory, finite geometry, and mathematics education. Mark Radosevich's Ph.D. is from Brandeis University; his interests include low-dimensional topology and mathematics education.
Posted 22 September 2012
Integrated Circuit Runs Again
Posted 29 April 2012
Movie Night: The Proof
For over 350 years, some of the greatest minds of science struggled to prove what was known as Fermat's Last Theorem -- the idea that a certain simple equation had no solutions. Now hear from the man who spent seven years of his life cracking the problem, read the intriguing story of an 18th century woman mathematician who hid her identity in order to work on Fermat's Last Theorem, and demonstrate that a related equation, the Pythagorean Theorem, is true.
Andrew Wiles devoted much of his career to proving Fermat's Last Theorem, a challenge that perplexed the best minds in mathematics for 300 years. In 1993, he made front-page headlines when he announced a proof of the problem, but this was not the end of the story; an error in his calculation jeopardized his life's work. In this interview, Wiles recounts how he came to terms with the mistake, and eventually went on to achieve his life's ambition.
The department will show the movie on Thursday, December 1st at 7:30pm in Albright Auditorium. Refreshments will be provided. Bring your friends!
Posted 23 November 2011
If Copernicus and Kepler Had Computers: An Introduction to Model-Building and Computational Science
Posted 11 November 2011
A Mathematical Model of T Cell Exhaustion Caused by HBV/HDV
Posted 4 November 2011
Mathematical Models of Bone Biochemistry with Applications to the Treatment of Osteoporosis
On Wednesday, October 26th at 4:30pm in Napier 201 the Department of Mathematics and Computer Science will host Dr. David Ross of Rochester Institute of Technology. Dr. Ross is a SIAM Visiting Lecturer and will be giving a talk entitled: "Mathematical Models of Bone Biochemistry with Applications to the Treatment of Osteoporosis".
In humans and other mammals the skeleton is continuously remodeled, that is, dissolved and rebuilt; human bone has an annual turnover rate of about 10 percent. Understanding the biochemical processes of bone remodeling is important to the development of treatments for the disease osteoporosis, which is characterized by low bone mass, and which puts those who have it at risk of bone fractures. Osteoporosis results from an imbalance in the biochemical remodeling process, when resorption-the chemical breakdown of old bone-outstrips the formation of new bone. The most common cause of osteoporosis is age-related hormone change, the reduction of estrogen in women after menopause, and the reduction of testosterone in older men. Roughly 20 percent of women over the age of 50 have osteoporosis.
In this talk Professor Ross will discuss dynamical system models of bone remodeling that are used to simulate bone remodeling and to study the effects of various treatments for the condition. He will focus on the ways in which the dynamical systems capture the important biochemical features of the remodeling process, and he will discuss modeling methodology and the ways in which models are used. (Refreshments will be served beforehand.)
Posted 20 October 2011
Two-faced: The Cantor set and notions of size
Posted 23 September 2011
Posted 23 August 2011