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Now showing 1 - 10 of 57
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    Algebraic K-Theory and Motivic Cohomology
    (Zürich : EMS Publ. House, 2009) Huber-Klawitter, Annette; Jannsen, Uwe; Levine, Marc
    Algebraic K-theory and the related motivic cohomology are a systematic way of producing invariants for algebraic or geometric structures. Its definition and methods are taken from algebraic topology, but it has also proved particularly fruitful for problems of algebraic geometry, number theory or quadratic forms. 19 one-hour talks presented a wide range of results on K-theory itself and applications. We had a lively evening session trading questions and discussing open problems.
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    Mini-Workshop: The Pisot Conjecture - From Substitution Dynamical Systems to Rauzy Fractals and Meyer Sets
    (Zürich : EMS Publ. House, 2009) Damanik, David; Lenz, Daniel
    This mini-workshop brought together researchers with diverse backgrounds and a common interest in facets of the Pisot conjecture, which relates certain properties of a substitution to dynamical properties of the associated subshift.
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    Algebraische Zahlentheorie
    (Zürich : EMS Publ. House, 2009) Kisin, Mark; Venjakob, Otmar
    The workshop brought together researchers from Europe, the US and Japan, who reported on various recent developments in algebraic number theory and related fields. Dominant themes were p-adic methods, L-functions and automorphic forms but other topics covered a very wide range of algebraic number theory.
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    Mini-Workshop: Category Theory and Related Fields: History and Prospects
    (Zürich : EMS Publ. House, 2009) McLarty, Colin; Wright, Michael
    he workshop concerned various topics in the history of category theory and related fields, paying attention to some extent also to open questions, present and possible future development.
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    Mini-Workshop: Geometry of Quantum Entanglement
    (Zürich : EMS Publ. House, 2009) Szarek, Stanislaw; Werner, Elisabeth; Zyczkowski, Karol
    The workshop aimed at developing interactions between researchers from quantum information theory and from asymptotic geometric analysis. A central notion discussed was the phenomenon of quantum entanglement, which naturally leads to geometric considerations in high-dimensional vector spaces. In these spaces, phenomena such as concentration of measure become prominent and may invalidate our low-dimensional intuition.
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    Mini-Workshop: Support Varieties
    (Zürich : EMS Publ. House, 2009) Krause, Henning
    The notion of support is a fundamental concept which provides a geometric approach for studying various algebraic structures. The prototype for this has been Quillen’s description of the algebraic variety corresponding to the cohomology ring of a finite group, based on which Carlson introduced support varieties for modular representations. This has made it possible to apply methods of algebraic geometry to obtain representation theoretic information. Their work has inspired the development of analogous theories in various contexts, notably modules over commutative complete intersection rings, and over cocommutative Hopf algebras. The aim of this workshop has been to bring together experts from these fields and to stimulate interaction and exchange of ideas.
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    Control Theory: On the Way to New Application Fields
    (Zürich : EMS Publ. House, 2009) Helmke, Uwe; Sontag, Eduardo
    Control theory is an interdisciplinary field that is located at the crossroads of pure and applied mathematics with systems engineering and the sciences. Recently, deep interactions are emerging with new application areas, such as systems biology, quantum control and information technology. In order to address the new challenges posed by the new application disciplines, a special focus of this workshop has been on the interaction between control theory and mathematical systems biology. To complement these more biology oriented focus, a series of lectures in this workshop was devoted to the control of networks of systems, fundamentals of nonlinear control systems, model reduction and identification, algorithmic aspects in control, as well as open problems in control.
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    Complex Algebraic Geometry
    (Zürich : EMS Publ. House, 2009) Kawamata, Yujiro; Tian, Gang; Viehweg, Eckart
    The Conference focused on several classical and novel theories in the realm of complex algebraic geometry, such as Algebraic surfaces, Moduli theory, Minimal Model Program, Abelian Varieties, Holomorphic Symplectic Varieties, Homological algebra, Kähler manifolds theory, Holomorphic dynamics, Quantum cohomology.
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    Arbeitsgemeinschaft: Optimal Transport and Geometry
    (Zürich : EMS Publ. House, 2009) Sturm, Karl-Theodor
    This Arbeitsgemeinschaft was devoted to recent developments in optimal transport with emphasis on links and applications to geometry. The topics reached from the origin of optimal transport as a variational problem, where one minimizes a transportation cost when transporting one density into another, over the introduction of a metric on the space of probability measures, leading to the Wasserstein-space and convex funtionals on it, to the connection between Ricci-curvature and the optimal mass transport problem.
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    Mini-Workshop: Spectrum of Transfer Operators: Recent Developments and Applications
    (Zürich : EMS Publ. House, 2009) Keller, Gerhard; Liverani, Carlangelo
    Transfer operators and their spectral theory provide a unifying framework for studying stochastic properties of chaotic deterministic dynamical systems. The goal of this workshop was to widen the class of systems that can be analysed in this way and to discuss and present new applications.