This collection of articles from the Independent University of Moscow is derived from the Globus seminars held there. They are given by world authorities, from Russia and elsewhere, in various areas of mathematics and are designed to introduce graduate students to some of the most dynamic areas of mathematical research. The seminars aim to be informal, wide-ranging and forward-looking, getting across the ideas and concepts rather than formal proofs, and this carries over to the articles here. Topics covered range from computational complexity, algebraic geometry, dynamics, through to number…mehr
This collection of articles from the Independent University of Moscow is derived from the Globus seminars held there. They are given by world authorities, from Russia and elsewhere, in various areas of mathematics and are designed to introduce graduate students to some of the most dynamic areas of mathematical research. The seminars aim to be informal, wide-ranging and forward-looking, getting across the ideas and concepts rather than formal proofs, and this carries over to the articles here. Topics covered range from computational complexity, algebraic geometry, dynamics, through to number theory and quantum groups. The volume as a whole is a fascinating and exciting overview of contemporary mathematics.
Produktdetails
Produktdetails
London Mathematical Society Lecture Note Series Vol.321
1. The Independent University of Moscow and student sessions at the IUM; 2. Mysterious mathematical trinities V. I. Arnold; 3. The principle of topological economy in algebraic geometry V. I. Arnold; 4. Rational curves, elliptic curves, and the Painléve equation Yu. I. Manin; 5. The orbit method and finite groups A. A. Kirillov; 6. On the development of the theory of dynamical systems during the past quarter century D. V. Anosov; New or 'renewed' directions; 'Named' problems; Some other achievements; 7. Foundations of computational complexity theory A. A Razborov; 8. The Schrödinger equation and symplectic geometry S. P. Novikov; 9. Rings and algebraic varieties Miles Reid; 10. Billiard table as a playground for a mathematician A. B. Katok; 11. The Fibonacci numbers and simplicity of 2127 minus 1 A. N. Rudakov; 12. On problems of computational complexity Stephen Smale; 13. Values of the -function Pierre Cartier; 14. Combinatorics of trees Pierre Cartier; 15. What is an operad Pierre Cartier?; 16. The orbit method beyond Lie groups A. A. Kirillov; Infinite-dimensional groups; 17. The orbit method beyond Lie groups A. A. Kirillov; Quantum groups; 18. Conformal mappings and the Ehitham equations I. M. Krichever; 19. Projective differential geometry: old and new V. Yu. Ovsienko; 20. Haken's method of normal surfaces and its applications to classification problem for 3-dimensional manifolds - the life story of one theorem S. V. Matveev.
1. The Independent University of Moscow and student sessions at the IUM; 2. Mysterious mathematical trinities V. I. Arnold; 3. The principle of topological economy in algebraic geometry V. I. Arnold; 4. Rational curves, elliptic curves, and the Painléve equation Yu. I. Manin; 5. The orbit method and finite groups A. A. Kirillov; 6. On the development of the theory of dynamical systems during the past quarter century D. V. Anosov; New or 'renewed' directions; 'Named' problems; Some other achievements; 7. Foundations of computational complexity theory A. A Razborov; 8. The Schrödinger equation and symplectic geometry S. P. Novikov; 9. Rings and algebraic varieties Miles Reid; 10. Billiard table as a playground for a mathematician A. B. Katok; 11. The Fibonacci numbers and simplicity of 2127 minus 1 A. N. Rudakov; 12. On problems of computational complexity Stephen Smale; 13. Values of the -function Pierre Cartier; 14. Combinatorics of trees Pierre Cartier; 15. What is an operad Pierre Cartier?; 16. The orbit method beyond Lie groups A. A. Kirillov; Infinite-dimensional groups; 17. The orbit method beyond Lie groups A. A. Kirillov; Quantum groups; 18. Conformal mappings and the Ehitham equations I. M. Krichever; 19. Projective differential geometry: old and new V. Yu. Ovsienko; 20. Haken's method of normal surfaces and its applications to classification problem for 3-dimensional manifolds - the life story of one theorem S. V. Matveev.
Rezensionen
'... a fascinating and exciting overview of contemporary mathematics.' L'Enseignement Mathématique
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