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  1. Harmonic bundles and Toda lattices with opposite sign

    In this talk, we shall discuss the semi-infinite variation of Hodge structure associated to real valued solutions of a Toda equation. First, we describe a classification of the real valued solutions of the Toda equation in terms of their par...
    CategorySpecial Colloquia Dept.RIMS, Kyoto Univ. LecturerTakuro Mochizuki
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  2. Space.Time.Noise

    It has been more than thirty years since white noise analysis was launched systematically. It is now a good time to have an overview of the theory and to reflect on its advantages in order to anticipate further developments of this theory. O...
    CategoryMath Colloquia Dept.Meijo University LecturerTakeyuki Hida
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  3. 2022-1 Rookies Pitch: Integrable Systems (Sylvain Carpentier)

    CategoryBK21 FOUR Rookies Pitch Dept.QSMS LecturerSylvain Carpentier
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  4. <학부생을 위한 ε 강연> What mathematics can do for the real and even fake world

    I will give a very personal overview of the evolution of mainstream applied mathematics from the early 60's onwards. This era started pre computer with mostly analytic techniques, followed by linear stability analysis for finite difference a...
    CategoryMath Colloquia Dept.UCLA LecturerStanley Osher
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  5. On Ingram’s Conjecture

    In this talk I will present some results in the area of topological, low-dimensional, discrete dynamical systems.
    CategoryMath Colloquia Dept.University of Zagrab LecturerSonja Stimac
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  6. Green’s function for initial-boundary value problem

    In this talk, we will present an approach to construct the Green’s function for an initial boundary value problem with precise pointwise structure in the space-time domain. This approach is given in terms of transform variable and physical v...
    CategoryMath Colloquia Dept.National Univ. of Singapore LecturerShih-Hsien Yu
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  7. Weak and strong well-posedness of critical and supercritical SDEs with singular coefficients

    In this talk I will first give a survey of recent recent results SDEs with singular coefficients. Then I will report some recent results, jointly with Longjie Xie, on critical and supercritical SDEs with singular coefficients.
    CategoryMath Colloquia Dept.University of Illinois LecturerRenming Song
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  8. Noncommutative Geometry. Quantum Space-Time and Diffeomorphism Invariant Geometry

    A general goal of noncommutative geometry (in the sense of A. Connes) is to translate the main tools of differential geometry into the Hilbert space formalism of quantum mechanics by taking advantage of the familiar duality between spaces an...
    CategoryMath Colloquia Dept.서울대학교 LecturerRaphael Ponge
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  9. Fefferman's program and Green functions in conformal geometry

    Motivated by the analysis of the singularity of the Bergman kernel of a strictly pseudoconvex domain, Charlie Fefferman launched in the late 70s the program of determining all local biholomorphic invariants of strictly pseudoconvex domain. T...
    CategoryMath Colloquia Dept.서울대학교 LecturerRaphaël Ponge
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  10. 2022-1 Rookies Pitch: Probability, PDE (Ramil Mouad)

    CategoryBK21 FOUR Rookies Pitch Dept.수학연구소 LecturerRamil Mouad
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  11. Mathematical Analysis Models and Siumlations

    In this talk, we shall first present several examples of numerical simulations of complex industrial systems. All these simulations rely upon some mathematical models involving Partial Differential Equations and we shall briefly explain the ...
    CategorySpecial Colloquia Dept.Collège de France LecturerPierre-Louis Lions
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  12. It all started with Moser

    We survey work on a class of nonlinear elliptic PDEs that was initiated by Moser. Methods from PDE, dynamical systems, and geometry set in the framework of the calculus of variations are used to construct a rich collection of solutions.
    CategoryMath Colloquia Dept.Univ. of Wisconsin/포항공대 LecturerPaul Rabinowitz
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  13. Symmetry Breaking in Quasi-1D Coulomb Systems

    Symmetry Breaking in Quasi-1D Coulomb Systems
    CategoryMath Colloquia Dept.서강대학교 LecturerPaul Jung
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  14. Q-curvature in conformal geometry

    In this talk, I will talk about the definition Q-curvature and some of its properties. Then I will talk about the problem of prescribing Q-curvature, especially I will explain the ideas of studying the problem using flow approach.
    CategoryMath Colloquia Dept.서강대 LecturerPak Tung Ho
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  15. Contact Homology and Constructions of Contact Manifolds

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    CategoryMath Colloquia Dept.서울대 LecturerOtto van Koert
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  16. Contact topology and the three-body problem

    In this talk, we discuss recent work with Albers, Cieliebak, Fish, Frauenfelder, Hofer and Paternain on several aspects of the three body problem. The ultimate goal of this project is to use modern, holomorphic curve techniques to investigat...
    CategorySpecial Colloquia Dept.서울대학교 LecturerOtto van Koert
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  17. <학부생을 위한 ɛ 강연> Symplectic geometry and the three-body problem

    We describe some of the history of the three-body problem and how it lead to symplectic geometry. We start by sketching Poincare’s prize-winning work, and discuss how it lead to the birth of the fields of dynamical systems and symplec...
    CategoryMath Colloquia Dept.서울대학교 LecturerOtto van Koert
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  18. Idempotents and topologies

    A classical theorem of Jacobs, de Leeuw and Glicksberg shows that a representation of a group on a reflexive Banach space may be decomposed into a returning subspace and a weakly mixing subspace. This may be realized as arising from the idem...
    CategoryMath Colloquia Dept.University of Waterloo LecturerNico Spronk
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  19. Unique ergodicity for foliations

    CategoryMath Colloquia Dept.Université Paris-Sud LecturerNessim Sibony
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  20. Recent progress on the Brascamp-Lieb inequality and applications

    In his survey paper in the Bulletin of the AMS from 2002, R. J. Gardner discussed the Brunn-Minkowski inequality, stating that it deserves to be better known and painted a beautiful picture of its relationship with other inequalities in anal...
    CategoryMath Colloquia Dept.Saitama University LecturerNeal Bez
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