Boeing Colloquium: The Future of Governing Equations

(1:17:50)

Boeing Colloquium: Toy Models

(1:9:39)

Boeing Colloquium: Drumlins

(1:4:34)

Boeing Colloquium: Developing high order, efficient, and stable time-evolution methods

(52:50)

Boeing Colloquium 2018: Taking a scientific approach to teaching science (and most other subjects)

(1:12:39)

Boeing Colloquium: Non-smooth behaviour of linearised water waves: the Talbot effect revisited

(54:9)

Boeing Colloquium: Spatial Evolutionary Games

(47:54)

Boeing Colloquium: A Machine Learning Approach to Modeling Human Interaction with Autonomous Systems

(1:4:27)

Boeing Colloquium: Nonlocal modeling, analysis and computation: some recent development

(53:57)

Boeing Colloquium: Modeling and simulation of cancer evolution in single cells

(1:2:59)

Boeing Colloquium: Stochastic First Order Oracles and Where to Find Them.

(51:22)

Boeing Colloquium: Phase Separation in Heterogeneous Media

(1:47)

Boeing Colloquium: Augmented Methods for Stokes-Darcy FSI Problems \u0026 HOC Schemes for Flux Type BCs

(47:20)

Boeing Colloquium: An Alternative View on AI: Collaborative Learning, Incentives, and Social Welfare

(1:15:22)

Boeing Colloquium: Probabilistic Methods in Computer Science, Data Science, and Public Health

(1:3:26)

Boeing Colloquium: Invisibility via Transformation Optics

(1:1:40)

Boeing Colloquium: Infusing Structure into Machine Learning Algorithms

(58:22)