MA30060 Lecture 1 (20-21): History of chaos theory (pre-edited version)

(45:33)

MA30060 Lecture 4 (20-21): stability and asymptotic analysis

(49:49)

MA30060 Lecture 5 (20-21): the method of dominant balance

(51:40)

MA30060 Lecture 6 (20-21): dominant balance and local bifurcations I

(57:17)

MA30060 Lecture 2 (20-21): the logistic map, cobwebs, and terminology

(56:24)

MA30060 Lecture 9 (20-21): the pitchfork bifurcation

(58:8)

MA30060 Lecture 8 (20-21): transcritical and pitchfork bifurcations

(45:9)

MA30060 Lecture 3 (20-21): bifurcations, stability, problems

(47:21)

MA30060 Lecture 11 (20-21): Finishing up the P2 bifurcations

(45:30)

MA30060 Lecture 7 (20-21): Saddle node and transcritical bifurcations

(1:4:8)

MA30060 Lecture 10 (20-21): Period doubling bifurcations

(40:9)

MA30060 Dynamics and Chaos (University of Bath)

(1:8:21)

MA30060 Dynamics and Chaos: 2D maps and the Baker map

(7:55)

MA30060 Dynamics \u0026 Chaos: Welcome

(1:35)

MA30060 Dynamics and Chaos: the Smale horseshoe map

(9:56)

MA30060 Dynamics and Chaos: on chaos in the tent map

(5:56)

MA30060 Dynamics and Chaos: on the sufficiency of horseshoes

(4:41)

MA30060 Dynamics and Chaos: determining the direction of bifurcation arms

(3:39)

MA30060 (20-21) Matlab quickstart guide

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