The Lonseth Lecture Series was established in 1985 to honor Arvid T. Lonseth, Professor Emeritus and former chair of OSU’s Mathematics Department. A superb and devoted scholar and teacher of mathematics, Dr. Lonseth joined OSU’s Mathematics Department in 1948 and served as department chair from 1954-68. The lecture series is a testimony to his deep commitment to the mathematical education of students, especially undergraduates.
One of his former students from the late 1950s, Judy Allen, devoted a chapter in her 2012 memoir to him, saying the “non-gender-biased dear man” inspired and mentored her and ultimately changed her life. Married at 18 and mother of three children by 22, she was majoring in Home Ec but longed to study math and computer science. Dr. Lonseth saw that she pursued her dreams.
This happened over tea at the Azalea House, a coop house for Home Ec majors, when students invited their favorite professor to tea. Lonseth was the only man at the tea party.
Setting his teacup on a side table, he bent down to look in Judy’s face. “You’re very good at math. That should be your major.” Read more of her reflection of Dr. Lonseth.
Dr. Lonseth earned his B.A. in mathematics at Stanford University and his Ph.D. at the University of California, Berkeley, in 1939. His research was focused on integral equations, the calculus of variations, and computational methods.
The Department of Mathematics holds its 31st Annual Lonseth Lecture Series on Tuesday, May 10th, at 4:00 PM at the LaSells Stewart Center in the Construction & Engineering Hall. Prior to the lecture at 3:30 PM, the department will celebrate the achievements of undergraduates, graduates, and faculty with the annual Mathematics awards ceremony. A reception will follow the lecture.
Prior to the lecture at 3:30 PM, the department will celebrate the achievements of undergraduates, graduates, and faculty with the annual Mathematics awards ceremony.
The 2016 Lonseth Lecture will be presented by Richard Tapia, “The Remarkable Journey of Isoperimetric Problem: From Euler to Steiner to Weierstrass.” His talk offers an overview of the history of the impactful isoperimetric problem.