MOSIR Project

Contents List

	Lecture 1. Fundamental concepts (1/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 1. Fundamental concepts (2/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 1. Fundamental concepts (3/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 1. Fundamental concepts (4/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 2. Idealized models of super-rotation (1/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 2. Idealized models of super-rotation (2/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 2. Idealized models of super-rotation (3/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 3. Super-rotation in more complex systems (1/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 3. Super-rotation in more complex systems (2/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 3. Super-rotation in more complex systems (3/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 4. Fast rotators (1/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 4. Fast rotators (2/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 4. Fast rotators (3/3) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 5. Slow rotators (1/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 5. Slow rotators (2/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 5. Slow rotators (3/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 5. Slow rotators (4/4) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 6. Equatorial waves and superrotation in the stratosphere of a Titan general circulation model (1/2) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Lecture 6. Equatorial waves and superrotation in the stratosphere of a Titan general circulation model (2/2) Peter Read (University of Oxford, UK) 2023-11-28 FDEPS 2023 Presentation1 Presentation2
	Part 1. Fundamentals of Rayleigh-Bénard convection (1/5) Stéphane Labrosse (ENS Lyon, France) 2019-11-26 FDEPS 2019

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