Del 489 - London Mathematical Society Lecture Note Series

Higher Dimensional Algebraic Geometry

A Volume in Honor of V. V. Shokurov

Häftad, Engelska, 2025

Av Christopher Hacon, Chenyang Xu, Christopher (University of Utah) Hacon, New Jersey) Xu, Chenyang (Princeton University

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Arising from the 2022 Japan-US Mathematics Institute, this book covers a range of topics in modern algebraic geometry, including birational geometry, classification of varieties in positive and zero characteristic, K-stability, Fano varieties, foliations, the minimal model program and mathematical physics. The volume includes survey articles providing an accessible introduction to current areas of interest for younger researchers. Research papers, written by leading experts in the field, disseminate recent breakthroughs in areas related to the research of V.V. Shokurov, who has been a source of inspiration for birational geometry over the last forty years.

Produktinformation

Utgivningsdatum2025-01-02
Mått152 x 228 x 24 mm
Vikt670 g
FormatHäftad
SpråkEngelska
SerieLondon Mathematical Society Lecture Note Series
Antal sidor450
FörlagCambridge University Press
ISBN9781009396240

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Topologi inom Naturvetenskap och teknik

Christopher Hacon is the McMinn Presidential Endowed Chair and Distinguished Professor at the University of Utah. He is a Fellow of the Royal Society, a member of the National Academy of Sciences and of the American Academy of Arts and Sciences. His research in algebraic geometry has been recognized by the Clay Research Prize 2007, the Cole Prize 2009, the Feltrinelli Prize 2011, and the Breakthrough Prize in Mathematics 2018. Chenyang Xu is Professor at Princeton University. He is a fellow of the American Mathematical Society. His contributions to algebraic geometry have been recognized by the Future Science Prize 2017, the New Horizon Prize 2019, and the Cole Prize 2021.

1. Foreword; 2. Birational geometry of algebraic varieties and Shokurov's work; 3. ACC for log canonical thresholds for complex analytic spaces; 4. Conjectures on the Kodaira dimension; 5. Characterizing terminal Fano three folds with the smallest anti-canonical volume; 6. Uniform rational polytopes for Iitaka dimensions; 7. MMP for algebraically integrable foliations; 8. On Toric Fano fibrations; 9. Q-Fano three folds of Fano index thirteen; 10. Reflective 2-elementary lattices; 11. The relative duBois complex-on a question of s. Zucker; 12. Factorization presentations; 13. Spectrum bounds in geometry; 14. On the DCC of Iitaka volumes; 15. Shokurov's index conjecture for quotient singularities; 16. A note on the Sarkisov program; 17. Cluster varieties and Toric specializations of Fano varieties; 18. Birational rigidity and alpha invariants of Fano varieties; 19. On f-pure inversion of adjunction; 20. On termination and fundamental groups; 21. Motivic integration on Berkovich spaces.