Explore a 41-minute Dynamic Games and Applications Seminar on open-loop Nash equilibrium in games with time-varying delays. Delve into the formulation of new sufficient optimality conditions for the existence of open-loop Nash equilibria in games with non-linear time-varying delays in states and strategies. Learn about an algorithm for constructing open-loop Nash equilibria verified by a proven theorem. Discover the application of this approach to active vehicle suspension models, where time-varying delays are well-documented. Gain insights into how differential game tools can contribute to the development of safer and more comfortable cars, and understand the necessary adjustments to Nash equilibria when accounting for time-varying delays in information transmission. The seminar covers topics such as differential games, time-varying delays, differential equations, system dynamics, verification theorems, game theory applications, and optimal tire deflection.