This lecture is funded by the Weltha McLachlan Van Eenam, Marjorie Van Eenam Butcher and Robert Ward Butcher Actuarial/Financial Mathematics Fund.
The Fund was established in memory of the Esteemed Emeritus Professor Cecil J. Nesbitt who was a dear friend of Marjorie Van Eenam Butcher (pictured) and Robert Ward Butcher. The fund was created as part of the Weltha McLachlan Van Eenam Memorial Fund to benefit Actuarial/Financial Mathematics in the Department of Mathematics at the University of Michigan. Weltha McLachlan VanEenam was a 1918 graduate of Michigan who had a career as an early Social Security actuary. Marjorie, Robert and Weltha were three dedicated teachers, devoted to their students' development who provided this fund in memory of Cecil Nesbitt, the greatest and kindest teacher among them.
Weltha McLachlan Van Eenam (A.B. 1918), Marjorie Van Eenam Butcher (A.B. 1947, A.M. 1949) and Robert Ward Butcher all were elected to Phi Beta Kappa while students at the University. By examination, all became members of the professional Society of Actuaries.
DATE | Speaker/Organization | Lecture Title | |
March 21-23, 2023 |
Thaleia Zariphopoulou, The University of Texas at Austin
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TBA | |
April 11., 13-14, 2022 | Huyên Pham, Université de Paris
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Deep Learning Methods for Stochastic Control And Partial Differential Equations Mean-Field Markov Decision Processes With Common Noise And Open-Loop Controls Optimal Bidding Strategies for Digital Advertising With Social Interactions
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September 24-26, 2019 |
Ioannis Karatzas, Columbia University
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Mathematical Aspects of Arbitrage Conservative Diffusion as Entropic Gradient Flow The Harrison-Shepp Equation and some of Its Offspring
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October 2-4, 2018 | Walter Schachermayer, University of Vienna |
Cover's Universal Portfolio, Stochastic Portfolio Theory and the Numeraire Portfolio A Trajectorial Interpreation of Doob's Martingale Inequalities
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April 3-5, 2018 | Nizar Mohamed Touzi, Ecole Polytechnique
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Colloquium: Mathematics for optimal contract theory New developments in second order backward SDEs Branching particles representation for nonlinear Cauchy problems |