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1
Intro
2
Chandrasekhar
3
Nobel Prize
4
Books
5
Did he care
6
I was an undergraduate
7
I knew very little physical
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If I am what I am
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What matters is what one thinks
10
Summary of his work
11
His Nobel Prize
12
His habit
13
Recognition
14
Childhood
15
Sommerfeld
16
Quantum Mechanics
17
Astrophysical Journal
18
Monday Evening Seminars
19
Chandrasekhars work
20
Heisenbergs work
21
Heisenberg theory
22
Numerical constants
23
Axisymmetric turbulence
24
Equations
25
The threeyear gap
26
Phase relationships
27
Boundary conditions
28
Craig Nance
29
Consequences
30
Stability
31
Working style
32
Other work
33
Personal comments
Description:
Explore S. Chandrasekhar's contributions to fluid dynamics in this lecture by Katepalli Raju Sreenivasan at the International Centre for Theoretical Sciences. Delve into Chandrasekhar's work from 1948 to 1960, his interactions with field leaders, and his philosophical approach. Gain insights into the importance of scaling in physics, from cosmic microwave background radiation to circulation around closed contours. Discover the rich features of turbulent mixing and its universal and anomalous aspects. Learn about Chandrasekhar's Nobel Prize, work habits, childhood, and influences, as well as his contributions to astrophysics and quantum mechanics. Examine his research on axisymmetric turbulence, stability, and other related topics, while gaining a personal perspective on this influential scientist's life and work.

S. Chandrasekhar's Fluid Dynamics by Katepalli Raju Sreenivasan

International Centre for Theoretical Sciences
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