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John Nash - The Abel Prize interview 2015

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0:00 Introduction, reaction to the award
01:37 Talent, encouragement, early years
03:12 E T Bell's Men of Mathematics
03:20 Princeton, atmosphere, competition
04:15 Game theory, Nash (the game), games
06:06 Equilibria in games, Fixed Point theorems
07:20 The Nobel, Beautiful Mind (film)
08:10 Influence of Nash equilibrium, 1951 thesis
09:15 Found the topic himself,
09:47 Work habits, rarely attended lectures, N grade
11:05 Learning second hand stifles creativity
11:45 Contacting von Neumann, Einstein, Fixed Point theorems (Brouwer, Kakutani)
14:25 Einstein, photons being red-shifted, dark matter/energy, idea for a new type of space-time
17:09 John Milnor, seeking famous open problems
18:44 at MIT, 1951-59, Gromov on Nash's originality
20:30 M. Artin on Nash's paper on real algebraic manifolds, influence of spacetime, distribution of stars
23:18 Riemmanian manifolds as submanifolds of a Euclidean space
24:55 Ingenuity of methods (Gromov, Conway)
25:26 Motive for the work on embeddings, Nash embedding theorem
27:26 PDEs "proper", Nirenberg, di Giorgi
29;21 Hamilton, Perelman, entropy (in parabolic case)
30:07 di Giorgi getting there first
30:45 Fields Medal speculation
31:10 "but this is not mathematics"
31:36 Riemann Hypothesis, mental exhaustion, "problems can attack back"
33:00 Selberg, finite measure of zeroes on the line
34:30 Different approach to math., inspiration
35:30 Classical music, Bach
36:13 Thinking "normally","it wouldn't be good to think like a good student", "most mathematical theses are routine"
Interview in written. Notices of the American Mathematical Society:
Interviewed by mathematicians Martin Raussen og Christian Skau.
Produced by UniMedia
01:37 Talent, encouragement, early years
03:12 E T Bell's Men of Mathematics
03:20 Princeton, atmosphere, competition
04:15 Game theory, Nash (the game), games
06:06 Equilibria in games, Fixed Point theorems
07:20 The Nobel, Beautiful Mind (film)
08:10 Influence of Nash equilibrium, 1951 thesis
09:15 Found the topic himself,
09:47 Work habits, rarely attended lectures, N grade
11:05 Learning second hand stifles creativity
11:45 Contacting von Neumann, Einstein, Fixed Point theorems (Brouwer, Kakutani)
14:25 Einstein, photons being red-shifted, dark matter/energy, idea for a new type of space-time
17:09 John Milnor, seeking famous open problems
18:44 at MIT, 1951-59, Gromov on Nash's originality
20:30 M. Artin on Nash's paper on real algebraic manifolds, influence of spacetime, distribution of stars
23:18 Riemmanian manifolds as submanifolds of a Euclidean space
24:55 Ingenuity of methods (Gromov, Conway)
25:26 Motive for the work on embeddings, Nash embedding theorem
27:26 PDEs "proper", Nirenberg, di Giorgi
29;21 Hamilton, Perelman, entropy (in parabolic case)
30:07 di Giorgi getting there first
30:45 Fields Medal speculation
31:10 "but this is not mathematics"
31:36 Riemann Hypothesis, mental exhaustion, "problems can attack back"
33:00 Selberg, finite measure of zeroes on the line
34:30 Different approach to math., inspiration
35:30 Classical music, Bach
36:13 Thinking "normally","it wouldn't be good to think like a good student", "most mathematical theses are routine"
Interview in written. Notices of the American Mathematical Society:
Interviewed by mathematicians Martin Raussen og Christian Skau.
Produced by UniMedia
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