Topology, Geometry, Integrable Systems, and Mathematical Physics
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Articles in this collection are devoted to modern problems of topology, geometry, mathematical physics, and integrable systems, and they are based on talks given at the famous Novikov's seminar at the Steklov Institute of Mathematics in Moscow in 2012-2014. The articles cover many aspects of seemingly unrelated areas of modern mathematics and mathematical physics; they reflect the main scientific interests of the organizer of the seminar, Sergey Petrovich Novikov. The volume is suitable for grad
Our Review
This collection brings together cutting-edge research from Novikov's celebrated seminar, spanning topology, geometry, integrable systems, and mathematical physics. Based on talks delivered at Moscow's Steklov Institute between 2012 and 2014, the articles explore the deep interconnections between these advanced mathematical fields. The volume reflects the wide-ranging scientific legacy of seminar organizer Sergey P. Novikov, presenting a snapshot of contemporary problems and progress. Readers will find a coherent exploration of how these seemingly disparate areas of modern mathematics and theoretical physics converge.
Graduate students and researchers in pure mathematics and theoretical physics will find this compilation particularly valuable for its concentrated expertise. The papers collectively demonstrate the seminar's signature approach of unifying abstract mathematical structures with physical applications, offering insights into current research directions. This is not a gentle introduction but a serious work for those already engaged with advanced geometrical methods and physical models. It stands as a significant contribution for specialists seeking to understand the evolving landscape where deep mathematics meets fundamental physics.
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