Week 1, July 48, 2022
July 3 (6:30pm8:30pm) Registration Mixer at WeatherTech Café in the C4C
July 4
 Welcome and School Introduction [Video]
 G. Falkovich, Introduction to hydrodynamics I [Textbook] [Video]

Definitions: continuous medium, fluidity, Deborah number. Difference between solid and fluid  time of observation. Sect. 1.1.1

No tangential forces  ideal fluid. Euler, continuity and entropy equations. Sect. 1.1.2.Fluid particles keep their mass and entropy but exchange momentum and energy  two different forms of Eulerian and Lagrangian conservation laws. Sect 1.2Simplest flow: isentropic, potential incompressible. The first renormalization in physics: added mass. Force exerted by the fluid on the body  the time derivative of the quasimomentum, not momentum. Sect. 1.3.1

 K. R. Sreenivasan, Quantum turbulence [Notes] [Video]
 J. Oishi, Using Dedalus I [Notes] [Video]
July 5
 G. Falkovich, Introduction to hydrodynamics II [Video]
 Derivation of quasimomentum. Acceleration of shrinking bodies. Noresistance paradox for steady motion. Sect. 1.3.23.
 Introducing viscous friction, Sect. 1.4.2. NavierStokes equation, Sect. 1.4.3. Reynolds number, Sect 1.4.4.
 Boundary layer separation and the first anomaly in physics, Sect 1.5.2.
 K. R. Sreenivasan, Fluid mechanics of the Sun [Notes] [Video]
 J. Oishi, Using Dedalus II [Notes] [Video]
July 6
 T. Shaw, Largescale circulation I [Notes] [Video]
 J. Yeomans, Active nematics I [Notes] [Slides] [Video]
 J. Oishi, Using Dedalus III [Notes] [Video]
July 7
 T. Shaw, Largescale circulation II [Notes] [Video]
 J. Yeomans, Active nematics II [Slides] [Video]
 G. Falkovich, Introduction to hydrodynamics III [Video]
 Flow transformations on the way from low to high Reynolds numbers. Sect. 1.5.3.
 Drag with a wake expressed via the flow deficit. Arbitrarily small viscosity changes flow in all space, not only in the wake. Sect. 1.5.4.
 Turbulent cascade and the dissipative anomaly. Sect. 2.2.2.
July 8
 T. Shaw, Largescale circulation III [Notes] [Video]
 J. Yeomans, Active nematics III [Slides] [Video]
 What have we learned? [Video]
Week 2, July 1115, 2022
July 11
 K. Julien, Rotating convection I [Notes] [Video]
 H. Aluie, Subgrid modeling I [Video]
 A. Venaille, Topological waves I [Outline] [Equatorial Waves] [Video]
July 12
 K. Julien, Rotating convection II [Notes] [Video]
 H. Alui, Subgrid modeling II [Video]
 A. Venaille, Topological waves II [Video]
July 13
 F. Bouchet, Large deviation theory I [Outline] [Notes] [Video]
 H. Aluie, Subgrid modeling III [Video]
 Y. Tu, Active matter I [Notes] [Video]
July 14
 F. Bouchet, Large deviation theory II [Notes] [Video]
 A. Venaille, Topological waves III [Video]
 Y. Tu, Active matter II [Notes] [Video]
July 15
 F. Bouchet, Large deviation theory III [Notes] [Video]
 K. Julien, Rotating convection III [Notes] [Video]
 Y. Tu, Active matter III [Notes] [Video]
Week 3, July 1822, 2022
July 18
 N. Goldenfeld, Modeling the transition to turbulence I [Blackboard] [Notes] [Video]
 B. FoxKemper, Ocean dynamics I [Notes] [Video]
 Public Lecture: B. FoxKemper, Climate and Sea Level Change: Are U.N. Trouble? [Notes] [Video]
July 19
 N. Goldenfeld, Modeling the transition to turbulence II [Blackboard] [Blackboard Expanded] [Notes] [Video]
 B. FoxKemper, Ocean dynamics II [Notes] [Video]
 A. Lucas, Viscous electrons I [Video]
July 20
 S. Tobias, Direct statistical simulation I [DSS Lecture] [Notes] [Video]
 E. Zweibel, Fluids at very largest scales I [Video]
 B. FoxKemper, Ocean dynamics III [Notes] [Video]
July 21
 S. Tobias, Direct statistical simulation II [QLGQL Lecture] [Notes] [Video]
 E. Zweibel, Fluids at very largest scales II [Video]
 N. Goldenfeld, Modeling the transition to turbulence III [Video]
July 22
 S. Tobias, Direct statistical simulation III [Notes] [Video]
 E. Zweibel, Fluids at very largest scales III [Video]
 What have we learned? [Video]
Week 4, July 2529, 2022
July 25
 S. Fielding, Complex fluids (theory) I [Notes][Video]
 S. Nagel, Complex fluids (expt.) I [Video]
 T. Powers, Swimmers I [Notes] [Slides] [Video]
July 26
 S. Fielding, Complex fluids (theory) II [Video]
 S. Nagel, Complex fulids (expt.) II [Video]
 D. Son, Quantum Hall liquids I [Video]
July 27
 S. Fielding, Complex fluids (theory) III [Video]
 T. Powers, Swimmers II [Video]
 D. Son, Quantum Hall liquids II [Video]
July 28
July 29