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1
Introduction
2
What drew you to chaos
3
Philosophy of science
4
Limitations in physics
5
Data
6
Qualitative vs quantitative predictions
7
Computers and differential equations
8
Math and physics
9
What is chaos
10
Chaos theory
11
New styles of reasoning
12
Conceptual reconfiguration
13
Changing the way we think
14
Shifting gears
15
Marketing matters
16
Borrowing from physics
17
Is chaos theory cool
18
Borrowing from other disciplines
19
Making mistakes
20
The importance of ecology
21
Chaos theory in literature
22
Chaos in legal scholarship
23
Chaos theory and postmodernism
24
Mathematical physics
25
Chaos as a source for borrowing
26
Scientific pluralism
27
Medical student vs fashion designer
28
Computer models
29
Conclusion
Description:
Explore an in-depth interview with Stephen H. Kellert on dynamical systems and chaos theory in this 35-minute video from Complexity Explorer's "Introduction to Dynamical Systems and Chaos" course. Gain insights into the interdisciplinary nature of chaos theory, its impact on various fields, and its role in reshaping scientific thinking. Discover how chaos theory challenges traditional notions of predictability, explores the emergence of complex behavior from simple rules, and influences disciplines beyond physics. Learn about bifurcations, sensitive dependence, and the stability of disordered behavior. Delve into discussions on the philosophy of science, qualitative vs. quantitative predictions, and the importance of computer models in studying dynamical systems. Examine the application of chaos theory in literature, legal scholarship, and its relationship with postmodernism. Understand the significance of scientific pluralism and the value of borrowing concepts across disciplines in advancing our understanding of complex systems. Read more

Dynamical Systems and Chaos - Interview with Stephen H. Kellert

Complexity Explorer
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