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Interview at CIRM: Ingrid Daubechies
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Mathematical Physics - Lectures and Research Seminars
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- 1 Stefan Teufel: Peierls substitution for magnetic Bloch bands
- 2 Xavier Garbet: Modelling of magnetic fusion plasmas: from fluid to kinetic description: kinetic MHD
- 3 Natalia Tronko: Exact conservation laws for gyrokinetic Vlasov-Poisson equations
- 4 Ahmed Ratnani: Towards complex and realistic tokamaks geometries in computational plasma physics
- 5 Damien Furfaro: A simple HLLC-type Riemann solver for compressible non-equilibrium two-phase flows
- 6 Elliott H. Lieb: Entropy and entanglement bounds for reduced density matrices of fermionic states
- 7 James D. Callen: Fluid and transport modeling of plasmas 1: collisional plasma kinetics, solutions
- 8 James D. Callen: Fluid and transport modeling of plasmas 2: kinetic and fluid solutions of PKE
- 9 James D. Callen: Fluid and transport modeling of plasmas 3: fluid models for tokamak plasmas
- 10 James D. Callen: Fluid and transport modeling of plasmas 4: tokamak plasma transport modeling
- 11 Hermann Schulz-Baldes: Invariants of disordered topological insulators
- 12 Sven Bachmann: A classification of gapped Hamiltonians in d=1
- 13 Daniel Ueltschi: Quantum spin systems and phase transitions - Part I
- 14 Daniel Ueltschi: Quantum spin systems and phase transitions - Part II
- 15 Daniel Ueltschi: Quantum spin systems and phase transitions - Part III
- 16 Boniface Nkonga: Models and approximations of some geophysical events
- 17 Mihai Bostan: High magnetic field averaged models for plasma physics
- 18 Guido Huijsmans: MHD Simulations for ITER
- 19 Michel Mehrenberger: Simulation of kinetik electrostatic electron nonlinear (KEEN) waves [...]
- 20 Dongho Chae: On the Hall-MHD Equations
- 21 Eduard Feireisl: Stability issues in the theory of complete fluid systems
- 22 Robert Seiringer: Validity of spin wave theory for the quantum Heisenberg model
- 23 Alexander V. Bobylev: On the structure of the Chapman-Enskog expansion
- 24 Francis Filbet: Numerical simulation of the Vlasov-Poisson model with an external magnetic field
- 25 Olivier Soulard: Pourquoi l'eau tombe-t-elle d'un verre qu'on retourne
- 26 Emmanuel Frénod: The geometrical gyro-kinetic approximation
- 27 Bertrand Maury: Darcy problem and crowd motion modeling
- 28 Antoine Rousseau: Bioremediation of natural resources: how optimization and numerical simulations...
- 29 Antoine Rousseau: Wind energy: from downscaled forecasts to mills production
- 30 Interview at CIRM: François Lalonde
- 31 Interview at Cirm : David Ruelle
- 32 Jérémy Faupin : Scattering theory for Lindblad operators
- 33 Shu Nakamura : High energy asymptotics of the scattering matrix for Schrödinger and Dirac operators
- 34 Claude-Alain Pillet : Nonequilibrium statistical mechanics of harmonic networks
- 35 André Martinez : Estimates on the molecular dynamics for the predissociation process
- 36 Sylvia Serfaty : Mean field limits for Ginzburg-Landau vortices
- 37 Milton Jara : The weak KPZ universality conjecture - 1
- 38 Milton Jara : The weak KPZ universality conjecture - 2
- 39 Milton Jara : The weak KPZ universality conjecture - 3
- 40 Davide Gabrielli : Macroscopic fluctuation theory / Examples and applications
- 41 Davide Gabrielli : Macroscopic fluctuation theory / Macroscopic fluctuation theory
- 42 Davide Gabrielli : Macroscopic fluctuation theory / Particle systems, scaling limits and...
- 43 David Morrison: Calabi–Yau manifolds, Mirror Symmetry, and F-theory - Part I
- 44 David Morrison: Calabi–Yau manifolds, Mirror Symmetry, and F-theory - Part II
- 45 Amir-Kian kashani-Poor: School on the Mathematics of Strings Theory : Introduction
- 46 Yosuke Kubota : Twisted equivariant K-theory and topological phases
- 47 Alexander Figotin : Overdamping in gyroscopic systems composed of high-loss and lossless components
- 48 Shinichiroh Matsuo : Gysin maps and bulk-edge correspondence
- 49 Giuseppe De Nittis : Topological nature of the Fu-Kane-Mele invariants
- 50 Nicolas Rougerie : Emergent anyons in quantum Hall physics
- 51 Interview at CIRM: Ingrid Daubechies
- 52 Ingrid Daubechies: Phase retrieval in infinite dimensions
- 53 Carlo Rovelli: The essential role of coherent states in quantum gravity
- 54 Giulio Chiribella: New applications of coherent states in quantum information theory
- 55 Karol Życzkowski : Finite dimensional Hilbert space
- 56 Barry Sanders: Spacetime replication of continuous-variable quantum information
- 57 Andrey Dymov: A functional limit theorem for the sine-process
- 58 Kurt Johansson: The Airy point process in the two-periodic Aztec diamond
- 59 Alexander Shamov : Conditioned determinantal processes are determinantal
- 60 Yanqi Qiu: Palm equivalence and quasi-symmetries of determinantal point processes associated
- 61 Timo Seppäläinen: Variational formulas, Busemann functions, and fluctuation exponents - Part 1
- 62 Timo Seppäläinen: Variational formulas, Busemann functions, and fluctuation exponents - Part 2
- 63 Timo Seppäläinen: Variational formulas, Busemann functions, and fluctuation exponents - Part 3
- 64 Daniel Remenik: The KPZ fixed point - Part 1
- 65 Daniel Remenik: The KPZ fixed point - Part 2
- 66 Peter Hintz: The stability of Kerr-de Sitter black holes
- 67 Anke Pohl: Isomorphisms between eigenspaces of slow and fast transfer operators
- 68 David Borthwick: Asymptotics of resonances for hyperbolic surfaces
- 69 Andras Vasy: Microlocal analysis for Kerr-de Sitter black holes
- 70 Pierre Degond: Collective dynamics in life sciences - Lecture 1
- 71 Pierre Degond: Collective dynamics in life sciences - Lecture 3
- 72 Pierre Degond: Collective dynamics in life sciences - Lecture 2
- 73 David Mukamel: Steady states and long range correlations in driven systems - Lecture 2
- 74 David Mukamel: Steady states and long range correlations in driven systems - Lecture 1
- 75 Tom Bridgeland: Wall-crossing for Donaldson-Thomas invariants
- 76 Vadim Gorin: Tilings and non-intersecting paths beyond integrable cases
- 77 Dmitry Ioffe: Low temperature interfaces and level lines in the critical prewetting regime
- 78 Jinho Baik: Multi-time distribution of periodic TASEP
- 79 Gilles Dowek : Informatique et physique : quelques interactions
- 80 Ping Zhang: Large time behavior os solutions to 3-D MHD system with initial data near equilibrium
- 81 Toshiaki Hishida : Lq-Lr estimates of a generalized Oseen evolution operator...
- 82 Evelyne Miot: An asymptotic regime for the Vlasov-Poisson system
- 83 Josef Málek: On the analysis of a class of thermodynamically compatible viscoelastic...
- 84 Camillo De Lellis: The Onsager Theorem
- 85 Adrian Baddeley: The Poisson-saddlepoint approximation
- 86 Yuval Peres: Self-interacting walks and uniform spanning forests
- 87 Tom Spencer: Introduction to hyperbolic sigma models and Edge Reinforced Random Walk
- 88 Eva Gallardo Gutiérrez: The invariant subspace problem: a concrete operator theory approach
- 89 Bernard Helffer: Spectral theory and semi-classical analysis for the complex Schrödinger operator
- 90 Anne Sophie Bonnet-Ben Dhia: A new complex spectrum associated to invisibility in waveguides
- 91 Cristina Câmara: Truncated Toeplitz operators
- 92 Christiane Tretter: New spectral bounds for damped systems
- 93 Evgenii Kuznetsov: Solitons vs collapses
- 94 Valeria Banica: Dynamics of almost parallel vortex filaments
- 95 Vladimir Zakharov : Unresolved problems in the theory of integrable systems
- 96 Gerald Dunne: Quantum geometry and resurgent perturbative/nonperturbative relations
- 97 Dominique Manchon: Free post-Lie algebras, the Hopf algebra of Lie group integrators and planar...
- 98 Karen Yeats: Connected chord diagrams, bridgeless maps, and perturbative quantum field theory
- 99 David Broadhurst: Combinatorics of Feynman integrals
- 100 Daniel Tataru: Geometric heat flows and caloric gauges
- 101 Joachim Krieger: On stability of type II blow up solutions for the critical nonlinear wave equation
- 102 Cécile Huneau: High frequency back reaction for the Einstein equations
- 103 Julia Charrier: Subsurface flow with uncertainty : applications and numerical analysis issues
- 104 Laurent Mertz: Stochastic variational inequalities for random mechanics
- 105 David Jerison: Localization of eigenfunctions via an effective potential
- 106 Daniel Ueltschi: Quantum spin systems and phase transitions - Part IV
- 107 Norbert Mauser: The quantum Vlasov equation
- 108 Sergei Shandarin: Tracing the Dark Matter Web
- 109 Kenji Imadera: 5D full-f gyrokinetic simulation for ion turbulence and transport barrier in ...
- 110 Thierry Sousbie: ColDICE: a parallel Vlasov-Poisson solver using moving adaptative simplicial [...]
- 111 Evelyne Miot: From Vlasov-Poisson to Euler in the gyrokinetic limit
- 112 David Damanik: A perspective on the Fibonacci trace map
- 113 Harold Williams: The coherent Satake category
- 114 Rinat Kedem: From Q-systems to quantum affine algebras and beyond
- 115 Peter Zoller: Introduction to quantum optics - Lecture 4
- 116 Peter Zoller: Introduction to quantum optics - Lecture 3
- 117 Peter Zoller: Introduction to quantum optics - Lecture 2
- 118 Peter Zoller: Introduction to quantum optics - Lecture 1
- 119 Alberto Cattaneo: An introduction to the BV-BFV Formalism
- 120 Fedor Smirnov: Exact density matrix for quantum group invariant sector of XXZ
- 121 Jørgen Ellegaard Andersen: Geometric Recursion
- 122 Vera Serganova: Capelli eigenvalue problem for Lie superalgebras and supersymetric polynominals
- 123 Jan Swoboda: The large scale geometry of the Higgs bundle moduli space
- 124 Andrew Neitzke: On Hitchin’s hyperkähler metric on moduli spaces of Higgs bundles
- 125 Jørgen Ellegaard Andersen: The Verlinde formula for Higgs bundles
- 126 Jean-Frédéric Gerbeau: Fluid-structure interaction in the cardiovascular system. Lecture 1
- 127 Jean-Frédéric Gerbeau: Fluid-structure interaction in the cardiovascular system. Lecture 2
- 128 Bertrand Maury: Mathematics behind some phenomena in crowd motion: Stop and Go waves and...
- 129 Patrik Ferrari: Space-time covariance of KPZ growth models
- 130 Gérard Ben Arous: Geometric description of the spherical Spin-Glass Gibbs measures and...
- 131 Diane Peurichard: Modelling of complex dynamical networks: from agent-based to continuum models
- 132 Emmanuel Maitre: Diffusion redistanciation schemes, Willmore problem and red blood cells
- 133 Anton Arnold: Large-time behavior in (hypo)coercive ODE-systems and kinetic models
- 134 Laurent Michel: Semiclassical methods for Langevin dynamics at low temperature
- 135 Manon Michel: From cluster algorithms to PDMP algorithms: a Monte Carlo story of symmetry...
- 136 Kurt Kremer: Multiscale modeling for soft matter - Perspectives and challenges
- 137 Eva Miranda: Geometric quantization of toric and semitoric systems
- 138 Leonid Polterovich: Quantum footprints of symplectic rigidity
- 139 Vlad Vicol: Intermittent weak solutions of the 3D Navier-Stokes equations
- 140 Takashi Kumagai: Quenched invariance principle for random walks among random conductances with...
- 141 Estelle Basor: Toeplitz determinants, Painlevé equations, and special functions. Part I - Lecture 1
- 142 Estelle Basor: Toeplitz determinants, Painlevé equations, and special functions. Part I - Lecture 2
- 143 Estelle Basor: Toeplitz determinants, Painlevé equations, and special functions. Part I - Lecture 3
- 144 Alexander Its: Toeplitz determinants, Painlevé equations, and special functions. Part II - Lecture 1
- 145 Alexander Its: Toeplitz determinants, Painlevé equations, and special functions. Part II - Lecture 2
- 146 Alexander Its: Toeplitz determinants, Painlevé equations, and special functions. Part II - Lecture 3
- 147 Hiraku Nakajima: Coulomb branches of quiver gauge theories with symmetrizers
- 148 Catharina Stroppel: Fusion rings from quantum groups and DAHA actions
- 149 Axel Saenz: The Speed of a Second Class Particle in the ASEP
- 150 Diane Holcomb: Random Orthogonal Polynomials: From matrices to point processes
- 151 Mykhaylo Shkolnikov: The supercooled Stefan problem
- 152 Alisa Knizel: Log-gases on a quadratic lattice via discrete loop equations
- 153 Mylène Maïda: A statistical physics approach to the sine beta process
- 154 Arno Kuijlaars: Tilings of a hexagon and non-hermitian orthogonality on a contour
- 155 Thomas Bothner: When J. Ginibre met E. Schrödinger
- 156 Francesco Mezzadri: Moments of Random Matrices and Hypergeometric Orthogonal Polynomials
- 157 Jinho Baik: Spherical Sherrington-Kirkpatrick model and random matrix
- 158 Nina Snaith: Zeros, moments and determinants
- 159 Oleg Lisovyi: Monodromy dependence of Painlevé tau functions
- 160 Tom Claeys: Optimal global rigidity estimates in unitary invariant ensembles
- 161 Di Yang: Hodge-GUE Correspondence
- 162 Pierre Van Moerbeke: Universality in tiling models
- 163 Gernot Akemann: Determinantal structure of eigenvector correlations in the complex Ginibre ensemble
- 164 Sandrine Péché: Eigenvalue distribution for non linear models of random matrices
- 165 Ivan Dornic: A tale of Pfaffian persistence tails told by a Bonnet-Painlevé VI transcendent
- 166 Craig A. Tracy: Blocks & Gaps in the Asymmetric Simple Exclusion Process
- 167 Tatyana Shcherbina: Transfer matrix approach to 1d random band matrices
- 168 Yanqi Qiu: Determinantal point processes and spaces of holomorphic functions
- 169 Bertrand Eynard: Integrable systems and spectral curves
- 170 Nicolas Rougerie: Mathematical topics around fractional quantization - lecture 1
- 171 Gabriel Riviere: Semiclassical behaviour of quantum eigenstates - lecture 2
- 172 Gabriel Riviere: Semiclassical behaviour of quantum eigenstates - lecture 1
- 173 Nicolas Rougerie: Mathematical topics around fractional quantization - lecture 2
- 174 Armin Seyfried: Bottlenecks and rewards - adding fuel to the fire
- 175 Interview at Cirm: Tamara GRAVA
- 176 Valerio Lucarini: Multistability of the climate ...
- 177 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 3
- 178 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 2
- 179 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 1
- 180 Anne Mangeney: How to extract information on geophysical mass movements from ...- Lecture 3
- 181 Anne Mangeney: How to extract information on geophysical mass movements from ...- Lecture 2
- 182 Anne Mangeney: How to extract information on geophysical mass movements from ...- Lecture 1
- 183 Anne-Laure Dalibard: Asymptotic methods for the study of oceanographic models - Lecture 2
- 184 Anne-Laure Dalibard: Asymptotic methods for the study of oceanographic models - lecture 3
- 185 Anne-Laure Dalibard: Asymptotic methods for the study of oceanographic models - Lecture 1
- 186 Rupert Klein: Scales in geophysical flows - Lecture 1
- 187 Rupert Klein: Internal wave dynamics in the atmosphere, take-home messages - Lecture 3
- 188 Rupert Klein: Internal wave dynamics in the atmosphere - Lecture 2
- 189 David Lannes: Modelling shallow water waves - Lecture 3
- 190 David Lannes: Modelling shallow water waves - Lecture 2
- 191 David Lannes: Modelling shallow water waves - Lecture 1
- 192 Philippe Bonneton: Nearshore hydrodynamics - Lecture 3
- 193 Philippe Bonneton: Nearshore hydrodynamics - Lecture 2
- 194 Philippe Bonneton: Nearshore hydrodynamics - Lecture 1
- 195 Prim Plansangkate: Skyrme fields, multi-instantons and the SU(∞)-Toda equation
- 196 Sir Roger Penrose: The palatial twistor approach to Einstein lambda vacuums
- 197 Carlo Rovelli: Twist and loop
- 198 Jerzy Lewandowski: The quantum states and operators of the canonical LQG
- 199 Michael Eastwood: Twistor theory for LQG
- 200 Jean Dolbeault: L^2 Hypocoercivity
- 201 Robert Seiringer: The local density approximation in density functional theory
- 202 Hanne van den Bosch: A critical Poincaré-Sobolev inequality
- 203 Chiara Saffirio: From the many-body quantum dynamics to the Vlasov equation
- 204 Sylvia Serfaty: Microscopic description of Coulomb gases
- 205 Li Chen: Combined mean-field and semiclassical limits of large fermionic systems
- 206 Michel Dubois-Violette: Finite quantum geometry, exceptional quantum geometry and...
- 207 Martin Bordemann: Noncommutative localization in smooth deformation quantization
- 208 Vivien Kendon: How to compute using quantum walks
- 209 Stefanie Barz: Photonic graph states and their applications in quantum network
- 210 Christine Silberhorn: Time-multiplexed quantum walks
- 211 Thomas Wong: Spatial search lackadaisical quantum walks
- 212 Chris Godsil: Problems with continuous quantum walks
- 213 Cécile Sykes: Cell-like membranes are shaped by actin dynamics...
- 214 Vladimir Fock: Local systems and Satake duality
- 215 Alexander Thomas: Geometric approach to Hitchin components via punctual Hilbert schemes
- 216 M. Skopenkov / A. Ustinov: Feynman checkers:quantum mechanics on a checkered paper
- 217 Barak Weiss: Classification and statistics of cut-and-project sets
- 218 David Hernandez: Shifted quantum affine algebras, monoidal categorication and Langlands duality
- 219 Pierre-Emmanuel Jabin: A new commutator method for averaging lemmas - lecture 2
- 220 Shi Jin: Efficient Numerical Methods for Particle Systems - lecture 2
- 221 Shi Jin: Asymptotic preserving methods for multi-scale physical problems - lecture 1
- 222 Pierre-Emmanuel Jabin: A new commutator method for averaging lemmas - lecture 3
- 223 Pierre-Emmanuel Jabin: A new commutator method for averaging lemmas - lecture 1
- 224 Lucrezia Cossetti: Absence of eigenvalues of Schrödinger, Dirac and Pauli Hamiltonians via...
- 225 Juan Manuel Pérez Pardo: Controllability of infinite dimensional quantum systems based on Quantum...
- 226 Nicolas Raymond: On the Dirac bag model in strong magnetic fields
- 227 Catherine Drysdale: Complications making amplitude equations in fluid mechanics
- 228 Lorenzo Zambotti: A microlocal approach to renormalization in stochastic PDEs
- 229 Pierre-Emmanuel Jabin: Large stochastic systems of interacting particles
- 230 Clément Mouhot: Quantitative De Giorgi methods in kinetic theory
- 231 Tong Yang: A De Giorgi argument for L $L^{\infty}$solution to the Boltzmann equation without...
- 232 Thierry Goudon: Classical and quantum particles coupled to a vibrational environment
- 233 Claude Bardos: Quasilinear approximation of Vlasov and Liouville equations
- 234 Michael Herty: Stabilization of random kinetic equations
- 235 Jean Dolbeault: Large time asymptotics for evolution equations with mean field couplings
- 236 David Krejčiřík: Spectrum of the Möbius strip: true, fake and not-so-fake
- 237 Andrew J. Tolley: A brief introduction to massive gravity
- 238 Luc Blanchet: Theory of gravitational waves and approximation methods in general relativity
- 239 Kenji Fukaya: Inductive limit which appears in Lagrangian Floer theory
- 240 Frédéric Dupuis: Quantum information theory
- 241 Anthony Leverrier: Quantum error correction and fault-tolerance
- 242 Nicolas Crouseilles: High order Eulerian numerical schemes for hybrid fluid-kinetic model
- 243 Katharina Kormann: A geometric electromagnetic particle in cell method on staggered grids
- 244 Ilse Fischer: The alternating sign matrices/descending plane partitions relation: n+3 pairs of...
- 245 Freddy Bouchet: Coupling rare event algorithms and deep neural network to predict extreme heat waves
- 246 Anthony Maggs: Irreversible Monte Carlo methods for particle simulations
- 247 Ludovic Berthier: Monte carlo simulations for systems with glassy dynamics
- 248 Helge Ruddat: Global smoothings of toroidal crossing varieties
- 249 Collin Guillarmou: resolution of Liouville CFT: Segal axioms and bootstrap
- 250 Timothy Budd: Random hyperbolic surfaces
- 251 Jérémie Bouttier: Multicritical Schur measures
- 252 Jacopo Borga: The skew Brownian permuton: a new universal limit for random constrained...
- 253 Irène Gamba: Quasilinear diffusion of magnetized fast electrons in a mean field of quasi-particle...
- 254 Cory Hauck: Approximate entropy-based moment closures
- 255 Mari-Carmen Banuls: Tensor networks for quantum many-body systems - lecture 2
- 256 Mari-Carmen Banuls: Tensor networks for quantum many-body systems - lecture 1
- 257 Răzvan Gurău: The tensor Harish-Chandra-Itzykson-Zuber integral
- 258 Colin Guillarmou: Segal axioms and resolution of Liouville conformal field theory
- 259 Christian Bär: Local index theory for Lorentzian manifolds
- 260 Pierre-Emmanuel Jabin: The mean-field limit to the Vlasov-Poisson-Fokker-Planck system
- 261 Codina Cotar: Disorder relevance for non-convex random gradient Gibbs measures in d ≤ 2
- 262 Helena Nussenzveig-Lopes: Energy balance for 2D incompressible fluid flow
- 263 Mats Gustafsson: Bandwidth bounds based on Herglotz-Nevanlinna functions and optimization
- 264 Graeme Milton: What effective tensors, and effective tensor functions, can one obtain through...
- 265 Ornella Mattei: On the response of lossy two-phase composites subject to time-varying fields
- 266 Patrick Joly: Long time behaviour of the solution of Maxwell’s equations in dissipative Lorentz...
- 267 Guillaume Demesy: Expansion(s) of electromagnetic fields on Dispersive Quasi-Normal Modes
- 268 Maryna Kachanovska: Transparent boundary conditions for wave propagation in fractal trees
- 269 Katrin Wendland: How do quarter BPS states cease being BPS?
- 270 Sergei Gukov: Surprising VOA structures from quantum topology
- 271 Damien Calaque: Vertex models and $E_{n}$-algebras
- 272 Ching Hung Lam: A lattice theoretical interpretation of generalized deep holes
- 273 Alex Blumenthal: Lyapunov exponents of the Navier-Stokes equations
- 274 Jesper Jacobsen: Geometrical web models
- 275 Alexandre Gaudillière: Too many frogs cannot fall sleep
- 276 Elena Pulvirenti: Metastability of Glauber dynamics with inhomogeneous coupling disorder
- 277 Leonid Polterovich :Contact topology and thermodynamics
- 278 Andrea Beck: Towards data-driven high fidelity CFD - Lecture 1
- 279 Andrea Beck: Towards data-driven high fidelity CFD - Lecture 3
- 280 Andrea Beck: Towards data-driven high fidelity CFD - Lecture 2
- 281 Norman Do : Integration on Grassmannians and deformed monotone Hurwitz numbers
- 282 Alessandro Giacchetto : Resurgent large genus asymptotics of intersection numbers
- 283 Paolo Gregori : Non-perturbative topological recursion and Weil-Petersson volumes
- 284 Benjamin Hennion : Categorified Donaldson-Thomas invariants of Calabi-Yau 3-folds
- 285 Lauren K. Williams: Cluster algebras and the amplituhedron - definition
- 286 Franco Flandoli : Mean field results in fluid mechanics - Lecture 2
- 287 Franco Flandoli : Mean field results in fluid mechanics - Lecture 3
- 288 Franco Flandoli : Mean field results in fluid mechanics - Lecture 1
- 289 Alessandra Verri : Spectral analysis in sheared waveguides
- 290 Alexander Sobolev : Spectral asymptotics of the one-particle density matrix for the Coulombic (...)
- 291 Nicolas Raymond : Boundary states of the magnetic Robin Laplacian
- 292 David Krejcirik : Georgi’s game of twist
- 293 Jussi Behrndt : The Landau Hamiltonian with delta-potentials supported on curves
- 294 Amine Marrakchi: A gentle introduction to type III factors and Connes’ Bicentralizer Problem
- 295 Chiara Esposito : Equivariant formality and reduction
- 296 Cécilia Lancien: Spectrum of random quantum channels
- 297 Michael Hitrik: Magic angles and classically forbidden regions for twisted bilayer graphene
- 298 Borbala Gerhat: Powers of discrete Laplacians and Hardy-type inequalities
- 299 Cristian Cazacu: Hardy inequalities for magnetic p-Laplacians
- 300 Wangjun Yuan: Strong convergence for tensor GUE random matrices
- 301 Félix Parraud : Interpolation between random matrices and free operators, and application to...
- 302 Faedi Loulidi: A Max-Flow approach to Random Tensor Networks
- 303 Maria Jivulescu: Entanglement detection in QIT: a RMT approach
- 304 Angela Capel: A generic quantum Wielandt’s inequality for matrix and Lie algebras
- 305 Thierry Lévy : A formula for Wilson loop expectations in 2d Yang–Mills theory
- 306 Moritz Frewein: Introduction to the TexTOM
- 307 Sven Niese: A brief overview on micro- and nano-focusing hard X-ray optics with focus on MLL
- 308 Moritz Frewein: Basics in Texture Analysis
- 309 Thomas Grimm: Tame geometry in quantum field theory and gravity
- 310 Carsten Schneider: Summation theory of difference rings and applications - lecture 1
- 311 Carsten Schneider: Summation theory of difference rings and applications - lecture 2
- 312 Carsten Schneider: Summation theory of difference rings and applications - lecture 3
- 313 Ariane Carrance: A powerful differential equation for Ising-decorated maps in arbitrary genus
- 314 Amina Mecherbet : Homogenization of Stokes-Brinkman type models and mean field limit - Lecture 3
- 315 Amina Mecherbet : Homogenization of Stokes-Brinkman type models and mean field limit - Lecture 1
- 316 Amina Mecherbet : Homogenization of Stokes-Brinkman type models and mean field limit - Lecture 2
- 317 Alessia Nota: Recent advances on the Smoluchowski coagulation equation under non-equilibrium...
- 318 Giulia Gubitosi: Quantum Galilei group as quantum reference frame transformations
- 319 Flavio Mercati: T-Minkowski noncommutative spacetimes
- 320 Roberta Anna Iseppi: The BV quantisation in NCG: the case of Finite Spectral Triple
- 321 John Barrett: Quantum Gravity from Non-Commutative Geometry
- 322 Carlos Simpson: Higgs bundles for Hecke eigensheaves in rank 2 and genus 2
- 323 Enno Lenzmann: Global well posedness and soliton resolution for the half-wave maps equation with...
- 324 Catherine Wolfram : The multinomial dimer model
- 325 Stanislav Smirnov: Coulomb gas approach to conformal field theory and lattice models...
- 326 Lauren Williams: Plabic tangles and cluster promotion maps
- 327 Sanjay Ramassamy: The infinite bin model, old and new
- 328 Scott Armstrong: On anomalous diffusion - Lecture 1
- 329 Scott Armstrong: On anomalous diffusion - Lecture 2
- 330 Giorgio Krstulovic: Wave-wave interactions in rotating stratified flows - Lecture 1
- 331 Giorgio Krstulovic: Wave-wave interactions in rotating stratified flows - Lecture 2
- 332 Basile Gallet: Inertia-gravity waves interacting with background flows - Lecture 2
- 333 Basile Gallet: Inertia-gravity waves interacting with background flows - Lecture 1
- 334 Gregory Eyink: Lagrangian Spontaneous Stocahsticity - Lecture 1
- 335 Gregory Eyink: Eulerian Spontaneous Stocahsticity - Lecture 2
- 336 Gregory Eyink: Whither Spontaneous Stocahsticity? - Lecture 3
- 337 Mazyar Mirrahimi : Quantum computing hardware: cost of fault-tolerance
- 338 Hubert Lacoin: Studying the phase transistion(s) for firected polymers in random environment
- 339 Perla Sousi: Capacity for branching random walks and percolation
- 340 Makiko Sasada: A unified approach to interacting particle systems with conservation laws
- 341 Benoît Dagallier: Critical dynamical fluctuations in reaction-diffusion processes
- 342 Martin Hairer: Fine properties of random fields: from fluids to QTF
- 343 Anne De Bouard: The Gibbs measure of the renormalized two dimensional stochastic Gross-Pitaevskii
- 344 Rayan Fahs: Local decay and asymptotic profile for the damped wave equation in the asymptotically
- 345 Alessandra Verri: Dimension reduction in thin domains - Lecture 1
- 346 Alessandra Verri: Dimension reduction in thin domains - Lecture 2
- 347 Michael Weinstein: Quantum tunneling in magnetic systems
- 348 Michael Weinstein: Edge states in periodic and aperiodic structures
