Lecture 1 (8 Sept.): Introduction

Lecture 2 (15 Sept.): Special Exact Solutions

Lecture 3 (22 Sept.): Conservation Law

Lecture 4 (29 Sept.): Response to Large-Scale Forcing

Lecture 5 (6 Oct.): Non-linear Stability of Steady Geophysical Flows

Lecture 6 (13 Oct.): Information Theory and Empirical Statistical Theory

Lecture 7 (20 Oct.): Equilibrium Statistical Mechanics

Lecture 8 (27 Oct.): Statistical Mechanics for Truncated Burgers-Hopf Equation

Lecture 9 (3 Nov.): Statistical Mechanics for the Truncated Quasi-Geostrophic Equations

Lecture 10 (10 Nov.): Basic Issues for Prediction, Uncertainty Quantification, and State Estimation

Lecture 11 (17 Nov.): The Mathematical Theory of Turbulent Dynamical Systems

Lecture 12 & 13 (1 Dec. & 8 Dec.): Statistical Prediction and UQ for Turbulent Dynamical Systems

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