Completed
Laws of sensitivity for small systems
Class Central Classrooms beta
YouTube playlists curated by Class Central.
Classroom Contents
The Laws of Sensitivity for Small Nonequilibrium Systems
Automatically move to the next video in the Classroom when playback concludes
- 1 Laws of sensitivity for small systems
- 2 At equilibrium, physics provides powerful tools to relate sensitivity (response to a perturbation) to system Structure
- 3 Binding to hemoglobin
- 4 Hill's explanation • Binding curve shape can be explained by multiple oxygen hemoglobin (Hil 1910)
- 5 A simple equilibrium law
- 6 Alienagerie of nonequilibrium sensitivity mechanisms...
- 7 Chemotaxis in E. coli
- 8 Quantifying sensitivity
- 9 Counting bound CheY-P...
- 10 Two sides of an equation
- 11 Kinetic schemes
- 12 Equilibrium vs. nonequilibrium
- 13 A common picture
- 14 Back to the flagellar motor
- 15 Tu's motor model
- 16 Key tool underlying results • There is an exact, algebraic expression for the nonequilibrium steady state probabilities in terms of transition rates. (Markov chain tree theorem)
- 17 Types of perturbations . Parameterize the transition rates like this
- 18 Tiuctuations determine sensitivity to vertex perturbations
- 19 Revisiting the flagellar motor
- 20 Nested hysteresis
- 21 Where to next?
- 22 Driving forces bound sensitivity to (symmetric) edge perturbations
- 23 Unifying the menagerie
