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Vincent Guedj: Pluripotential Kähler-Ricci flows
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Partial Differential Equations - Advanced Topics and Applications
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- 1 Jean-Yves Chemin: On the isotropic nature of the possible blow up for 3D Navier-Stokes
- 2 Masahiro Yamamoto: Inverse problems for fluid dynamics
- 3 Bruno Després: Mathematical properties of hierarchies of reduced MHD models
- 4 François Delarue: Mean-field analysis of an excitatory neuronal network: application to [...]
- 5 Francis Filbet: On hybrid method for rariefied gas dynamics: Boltzmann vs. Navier-Stokes models
- 6 Michael Weinstein: Waves and microstructures
- 7 Faouzi Triki: Inverse scattering problems with multi-frequency data
- 8 Guillaume Bal: High-contrast high-resolution coupled physics imaging modalities
- 9 Lionel Roques: Uniqueness of coefficients by strong maximum principle
- 10 David Dos Santos Ferreira: The anisotropic Calderon problem
- 11 Leif Arkeryd: On low temperature kinetic theory; spin diffusion, anyons, Bose Einstein condensates
- 12 Julien Barré: From Vlasov-Poisson-Fokker-Planck to incompressible Euler equations
- 13 Chiara Saffirio: From the Hartree-Fock dynamics to the Vlasov equation
- 14 Delphine Salort: Around a Fokker-Planck equation modeling neuronal networks
- 15 Rabia Djellouli: Retrieving the shape in an inverse elasto-acoustic scattering problem [...]
- 16 Nicola Visciglia: Scattering for NLS in ℝd×𝕋
- 17 Mourad Bellassoued: Stable determination of coefficients in the dynamical Schrödinger [...]
- 18 Lauri Oksanen: On the boundary control method
- 19 Samuli Siltanen: Reconstruction methods for ill-posed inverse problems - Part 1
- 20 Samuli Siltanen: Reconstruction methods for ill-posed inverse problems - Part 2
- 21 Pierre Raphaël: Singularity formation in semi linear dispersing / parabolic problem
- 22 Juan Luis Vázquez: The theory of nonlinear diffusion with fractional operators
- 23 Patrick Gérard: Resonant two-soliton interaction for the one dimensional half wave equation
- 24 Panagiota Daskalopoulos: Ancient solutions to geometric flows
- 25 Richard Melrose: The wave equation for Weil-Petersson metrics
- 26 Jeffrey Galkowski: Quantum Sabine law for resonances in transmission problems
- 27 Christopher Judge: Hyperbolic triangles with no positive Neumann eigenvalues
- 28 Julie Rowlett: A Polyakov formula for sectors
- 29 Joaquin Fontbona: Non-local Lokta-Volterra cross diffusion systems - part 1
- 30 Joaquin Fontbona: Non-local Lokta-Volterra cross diffusion systems - part 2
- 31 Laurent Desvillettes: Spatially structured population dynamics: the point of view of PDEs - part 1
- 32 Laurent Desvillettes : Spatially structured population dynamics: the point of view of PDEs - part 2
- 33 László Székelyhidi: The H-Principle and Turbulence
- 34 Henniart: Classification des représentations admissibles irréductibles modulo p...
- 35 Colin Guillarmou: Correspondence between Ruelle resonances and quantum resonances ...
- 36 Peter Hintz: The stability of Kerr-de Sitter black holes
- 37 Anke Pohl: Isomorphisms between eigenspaces of slow and fast transfer operators
- 38 Gabriel Rivière: Correlation spectrum of Morse-Smale flows
- 39 David Borthwick: Asymptotics of resonances for hyperbolic surfaces
- 40 Andras Vasy: Microlocal analysis for Kerr-de Sitter black holes
- 41 Andrea Pulita: An overview on some recent results about p-adic differential equations ...
- 42 Andrea D'Agnolo : On the Riemann-Hilbert correspondence for irregular holonomic D-modules
- 43 Martin Hairer: Weak universality of the KPZ equation with arbitrary nonlinearities
- 44 Ping Zhang: Large time behavior os solutions to 3-D MHD system with initial data near equilibrium
- 45 Toshiaki Hishida : Lq-Lr estimates of a generalized Oseen evolution operator...
- 46 Evelyne Miot: An asymptotic regime for the Vlasov-Poisson system
- 47 Josef Málek: On the analysis of a class of thermodynamically compatible viscoelastic...
- 48 Camillo De Lellis: The Onsager Theorem
- 49 Giovanni Peccati: Cancellations in random nodal sets
- 50 Interview at Cirm: Martin Hairer
- 51 Bernard Helffer: Spectral theory and semi-classical analysis for the complex Schrödinger operator
- 52 Anne Sophie Bonnet-Ben Dhia: A new complex spectrum associated to invisibility in waveguides
- 53 Catherine Sulem: Soliton Resolution for Derivative NLS equation
- 54 Michael Weinstein: Dispersive waves in novel 2d media; Honeycomb structures, Edge States ...
- 55 Evgenii Kuznetsov: Solitons vs collapses
- 56 Valeria Banica: Dynamics of almost parallel vortex filaments
- 57 Yvon Martel: Interactions of solitary waves for the nonlinear Schrödinger equations
- 58 Fabrice Planchon: The wave equation on a model convex domain revisited
- 59 Vladimir Zakharov : Unresolved problems in the theory of integrable systems
- 60 Daniel Tataru: Geometric heat flows and caloric gauges
- 61 Joachim Krieger: On stability of type II blow up solutions for the critical nonlinear wave equation
- 62 Cécile Huneau: High frequency back reaction for the Einstein equations
- 63 Monica Visan: Almost sure scattering for the energy-critical Schrödinger equation in 4D...
- 64 Sandrine Grellier: Various aspects of the dynamics of the cubic Szegő solutions
- 65 Yves Achdou: Numerical methods for mean field games - Introduction to the system of PDEs and...
- 66 Yves Achdou: Numerical methods for mean field games - Monotone finite difference schemes
- 67 Yves Achdou: Numerical methods for mean field games - Variational MFG and related algorithms for...
- 68 Pierre Degond: On the interplay between kinetic theory and game theory
- 69 Xavier Warin: Branching for PDEs
- 70 Jean-David Benamou: Dynamic formulations of Optimal Transportation and variational MFGs
- 71 Raúl Tempone: Adaptive strategies for Multilevel Monte Carlo
- 72 Raúl Tempone: Multilevel and Multi-index Monte Carlo methods for the McKean-Vlasov equation
- 73 Francisco José Silva Álvarez: On the discretization of some nonlinear Fokker-Planck-Kolmogorov ...
- 74 Laurent Mertz: Stochastic variational inequalities for random mechanics
- 75 Mathieu Laurière: Mean field type control with congestion
- 76 Camillo De Lellis: Ill-posedness for Leray solutions of the ipodissipative Navier-Stokes equations
- 77 David Jerison: Localization of eigenfunctions via an effective potential
- 78 Norbert Mauser: The quantum Vlasov equation
- 79 Kenji Imadera: 5D full-f gyrokinetic simulation for ion turbulence and transport barrier in ...
- 80 Thierry Sousbie: ColDICE: a parallel Vlasov-Poisson solver using moving adaptative simplicial [...]
- 81 Evelyne Miot: From Vlasov-Poisson to Euler in the gyrokinetic limit
- 82 Grégoire Loeper: Reconstruction by optimal transport: applications in cosmology and finance
- 83 Heather Macbeth: Kähler-Ricci solitons on crepant resolutions of finite quotients of C^n
- 84 Eleonora Di Nezza: Complex Monge-Ampere equations with prescribed singularities
- 85 Xavier Tolsa: The weak-A∞ condition for harmonic measure
- 86 Tuomas Hytönen: Of commutators and Jacobians
- 87 Raphaël Danchin: Recent approaches based on harmonic analysis for the study of non ...
- 88 Mark Veraar: H∞-calculus and the heat equation with rough boundary conditions
- 89 Martina Hofmanova: Global solutions to elliptic and parabolic Φ4 models in Euclidean space
- 90 Felix Otto: Singular SPDE with rough coefficients
- 91 Eulalia Nualart: Asymptotics for some non-linear stochastic heat equations
- 92 Lorenzo Zambotti: Bessel-like SPDEs
- 93 Franco Flandoli: Stochastic solutions of 2D fluids
- 94 Philip Maini: Mathematical modelling of angiogenesis
- 95 Pierre Degond: A new continuum theory for incompressible swelling materials
- 96 Bertrand Maury: Mathematics behind some phenomena in crowd motion: Stop and Go waves and...
- 97 Philippe Moireau: Data Assimilation: a deterministic vision, theory and applications. Lecture 2
- 98 Philippe Moireau: Data Assimilation: a deterministic vision, theory and applications. Lecture 1
- 99 Gaël Raoul: Macroscopic limit from a structured population model to the Kirkpatric-Barton model
- 100 Emmanuel Maitre: Diffusion redistanciation schemes, Willmore problem and red blood cells
- 101 Anton Arnold: Large-time behavior in (hypo)coercive ODE-systems and kinetic models
- 102 Laurent Michel: Semiclassical methods for Langevin dynamics at low temperature
- 103 Joaquim Serra: Stable phase transitions: from nonlocal to local
- 104 Josephine Evans: Using Harris’s theorem to show convergence to equilibrium for kinetic equations
- 105 Vlad Vicol: Intermittent weak solutions of the 3D Navier-Stokes equations
- 106 François Golse: Linear Boltzmann equation and fractional diffusion
- 107 Jingrui Cheng: Apriori estimates for scalar curvature type equations on compact Kähler manifolds
- 108 Vincent Guedj: Pluripotential Kähler-Ricci flows
- 109 Alexander Its: Toeplitz determinants, Painlevé equations, and special functions. Part II - Lecture 1
- 110 Alexander Its: Toeplitz determinants, Painlevé equations, and special functions. Part II - Lecture 2
- 111 Alexander Its: Toeplitz determinants, Painlevé equations, and special functions. Part II - Lecture 3
- 112 Tanja Tarvainen: Modelling of errors in photoacoustic tomography
- 113 Interview at Cirm: Marta Sanz Solé
- 114 Robert Eymard: Gradient Discretisations: Tools and Applications
- 115 Erik Burman: Combining cut element methods and hybridization
- 116 Donatella Marini: Virtual element approximation of magnetostatic
- 117 Jérôme Bonelle: Polyhedral discretizations for industrial applications
- 118 Peter Hintz: Linear stability of slowly rotating Kerr spacetimes
- 119 Jeffrey Galkowski: Geodesic beams in eigenfunction analysis (part 2 of 2)
- 120 Yaiza Canzani: Understanding the growth of Laplace eigenfunctions (part 1 of 2)
- 121 Ernst Kuwert: L² curvature for surfaces in Riemannian manifolds
- 122 Melanie Rupflin: Singularities of Teichmüller harmonic map flow
- 123 Rob Kusner: Willmore stability and conformal rigidity of minimal surfaces in S^n
- 124 Simone Göttlich: Traffic flow models with non-local flux and extensions to networks
- 125 Filippo Santambrogio: Equilibria and regularity in Mean Field Games with density penalization or...
- 126 Peter E. Caines: Graphon Mean Field Games and the GMFG Equations
- 127 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 3
- 128 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 2
- 129 Claire Chainais-Hillairet: Finite volume methods for dissipative problems - Lecture 1
- 130 Claire Chainais-Hillairet: Nonlinear free energy diminishing schemes for convection-diffusion...
- 131 Rupert Klein: Scales in geophysical flows - Lecture 1
- 132 Rupert Klein: Internal wave dynamics in the atmosphere, take-home messages - Lecture 3
- 133 Rupert Klein: Internal wave dynamics in the atmosphere - Lecture 2
- 134 David Lannes: Modelling shallow water waves - Lecture 3
- 135 David Lannes: Modelling shallow water waves - Lecture 2
- 136 David Lannes: Modelling shallow water waves - Lecture 1
- 137 Ewelina Zatorska: Finite-energy solutions for compressible Euler and Navier-Stokes with nonlocal...
- 138 Patrick Tolksdorf: Da Prato and Grisvard meet global Lagrangian coordinates
- 139 Charlotte Perrin: Existence and stability of partially congested fronts
- 140 Corentin Audiard: Multiple traveling waves of the Euler-Korteweg system
- 141 Laura Caravenna: Exponential stability of BV solutions in a model
- 142 Jean Dolbeault: L^2 Hypocoercivity
- 143 Félix Otto: The matching problem
- 144 Cyril Labbé: Cutoff phenomenon for the asymmetric simple exclusion process
- 145 Fraydoun Rezakhanlou: Homogenizations for Hamilton-Jacobi PDEs and Hamiltonian ODEs
- 146 Alexandre Boritchev: Adding small viscosity to hyperbolic (stochastic) conservation laws
- 147 Hanne van den Bosch: A critical Poincaré-Sobolev inequality
- 148 Chiara Saffirio: From the many-body quantum dynamics to the Vlasov equation
- 149 Sylvia Serfaty: Microscopic description of Coulomb gases
- 150 Li Chen: Combined mean-field and semiclassical limits of large fermionic systems
- 151 Edriss Titi: Determining the global dynamics of the two-dimensional Navier-Stokes equations by...
- 152 Abdelaziz Rhandi: L^p-theory for Schrödinger systems
- 153 Herbert Koch: Dispersive decay for small localized solutions to the Korteweg-de Vries equation
- 154 Jinkai Li: Global well-posedness for the primitive equations coupled to nonlinear moisture d...
- 155 Hideo Kozono: L r -Helmholtz-Weyl decomposition in 3D exterior domains
- 156 Berit Stensønes: Sup-norm estimates for $\overline{\partial }$ in $\mathbb{C}^{3}$
- 157 Guillaume Martin: Evolutionary rescue over a phenotype fitness landscape: across the mutation...
- 158 Anita Layton: Mathematical models and their applications in hypertension and autism
- 159 Raluca Eftimie: Mathematical modelling and investigation of macrophages heterogeneity and...
- 160 Andrzej Zuk: Spectra of ultra-discrete limits
- 161 Charlotte Perrin: Compressible Euler equations under a maximal density constraint
- 162 Anne-Laure Dalibard: Stability of propagation fronts in congestion models
- 163 Sylvie Monniaux: Uniqueness of the Boussinesq system in critical spaces using maximal regularity
- 164 Pierre-Emmanuel Jabin: A new commutator method for averaging lemmas - lecture 2
- 165 Shi Jin: Efficient Numerical Methods for Particle Systems - lecture 2
- 166 Shi Jin: Asymptotic preserving methods for multi-scale physical problems - lecture 1
- 167 Pierre-Emmanuel Jabin: A new commutator method for averaging lemmas - lecture 3
- 168 Pierre-Emmanuel Jabin: A new commutator method for averaging lemmas - lecture 1
- 169 Lucrezia Cossetti: Absence of eigenvalues of Schrödinger, Dirac and Pauli Hamiltonians via...
- 170 Nicolas Raymond: On the Dirac bag model in strong magnetic fields
- 171 Felix Otto: The structure group revisited
- 172 Pierre-Emmanuel Jabin: Large stochastic systems of interacting particles
- 173 Florian Mehats: Stable and unstable steady states for the HMF model
- 174 Anton Arnold: Modal based hypocoercivity methods on the torus and the real line with application...
- 175 Ansgar Jüngel: Mean-field-type limits of interacting particle systems for multiple species
- 176 Clément Mouhot: Quantitative De Giorgi methods in kinetic theory
- 177 Tong Yang: A De Giorgi argument for L $L^{\infty}$solution to the Boltzmann equation without...
- 178 Jingwei Hu: New stability and convergence proof of the Fourier-Galerkin spectral method for the...
- 179 Michael Herty: Stabilization of random kinetic equations
- 180 François Golse: Partial regularity in time for the Landau equation with Coulomb interaction
- 181 Jean Dolbeault: Large time asymptotics for evolution equations with mean field couplings
- 182 Christian Klingenberg: An inverse problem for a model of cell motion and chemotaxis
- 183 Cristina Trombetti: Sharp inequalities for solutions to elliptic problems with mixed boundary...
- 184 Iosif Polterovich: The Dirichlet-to-Neumann map, the boundary Laplacian and Hormander’s...
- 185 David Krejčiřík: Spectrum of the Möbius strip: true, fake and not-so-fake
- 186 Giuseppe Buttazzo: Upper and lower bounds for some shape functionals
- 187 Nicolas Crouseilles: High order Eulerian numerical schemes for hybrid fluid-kinetic model
- 188 Massoumeh Dashti: Bayesian methods for inverse problems - lecture 2
- 189 Tony Lelièvre: Molecular dynamics algorithms: numerical and mathematical analysis
- 190 Sandrine Grellier: Turbulent cascades for a family of damped Szegö equations
- 191 Cornelia Schneider: Regularity in Besov spaces of parabolic PDEs
- 192 Anna Sakovich: On the mass of asymptotically hyperbolic manifolds and initial data set
- 193 Christian Bär: Local index theory for Lorentzian manifolds
- 194 Vincent Calvez: Collective movement - course 3
- 195 Magali Ribot: Models from mixture theory for biofilm growth
- 196 Vincent Calvez: Collective movement - course 2
- 197 Vincent Calvez: Collective movement - course 1
- 198 Edriss Titi: Mathematical analysis of geophysical models
- 199 Anne-Laure Dalibard: Boundary layer methods in fluid mechanics - Lecture 3
- 200 Anne-Laure Dalibard: Boundary layer methods in fluid mechanics - Lecture 2
- 201 Anne-Laure Dalibard: Boundary layer methods in fluid mechanics - Lecture 1
- 202 David Gérard-Varet: Recent result on the triple deck model
- 203 Pierre-Emmanuel Jabin: The mean-field limit to the Vlasov-Poisson-Fokker-Planck system
- 204 Antoine Gloria: Einstein’s effective viscosity formula
- 205 Lorenzo Brandolese: Large global solutions of the parabolic-parabolic Keller-Segel system in...
- 206 Helena Nussenzveig-Lopes: Energy balance for 2D incompressible fluid flow
- 207 Lorenzo Brandolese: Geometric structures in 2D Navier-Stokes flows
- 208 Daniel Tataru: Global solutions for one dimensional dispersive models
- 209 Igor Kukavica: On the inviscid limit for the Navier-Stokes equations
- 210 Jean-François Babadjian: On the convergence of critical points of the Ambrosio-Tortorelli functional
- 211 Mats Gustafsson: Bandwidth bounds based on Herglotz-Nevanlinna functions and optimization
- 212 Graeme Milton: What effective tensors, and effective tensor functions, can one obtain through...
- 213 Ornella Mattei: On the response of lossy two-phase composites subject to time-varying fields
- 214 Maryna Kachanovska: Transparent boundary conditions for wave propagation in fractal trees
- 215 Kristin Swanson: Every patient deserves their own equation: Sex, drugs and radiomics of brain Cancer
- 216 Alessio Porretta: Viscous Hamilton-Jacobi equations in the superquadratic case
- 217 Barbara Kaltenbacher: Imaging with nonlinear and fractionally damped waves
- 218 Gabriele Ciaramella : Onwaveform-relaxation methods for wave-type equations
- 219 Sepideh Mirrahimi : Integro-differential models of evolutionary adaptation in changing...- lecture 2
- 220 Sepideh Mirrahimi : Integro-differential models of evolutionary adaptation in changing...- lecture 1
- 221 Filippo Santambrogio: Introduction to optimal transport theory - lecture 2
- 222 Filippo Santambrogio: Introduction to optimal transport theory - lecture 1
- 223 Sir Roger Penrose: The palatial twistor approach to Einstein lambda vacuums
- 224 Stefan Volkwein: Introduction to PDE-constrained optimization - lecture 2
- 225 Stefan Volkwein: Introduction to PDE-constrained optimization - lecture 1
- 226 Alex Blumenthal: Lyapunov exponents of the Navier-Stokes equations
- 227 Francesco Fanelli: Odd fluids
- 228 Alexis F. Vasseur: Boundary vorticity estimate for the Navier-Stokes equation and control of the ...
- 229 Agnieszka Świerczewska-Gwiazda: The Rayleigh-Bénard problem for compressible fluid flows
- 230 Siddhartha Mishra: Learning operators - Lecture 1
- 231 Siddhartha Mishra: Learning operators - Lecture 2
- 232 Siddhartha Mishra: Learning operators - Lecture 3
- 233 Jinchao Xu: Finite neuron method - lecture 2
- 234 Jinchao Xu: Finite neuron method - lecture 3
- 235 Jinchao Xu: Finite neuron method - lecture 1
- 236 Olga Mula: Linear and nonlinear schemes for forward model reduction and inverse problems - Lecture 3
- 237 Olga Mula: Linear and nonlinear schemes for forward model reduction and inverse problems - Lecture 2
- 238 Olga Mula: Linear and nonlinear schemes for forward model reduction and inverse problems - Lecture 1
- 239 Pierre-Louis Lions: Large random matrices and PDE’s
- 240 Jürg kramer : José Burgos’ variations of arithmetic intersection theory
- 241 Maria del Mar González: Spectral properties of Levy Fokker-Planck equations
- 242 Daniel Stern: Variational theory for harmonic maps and applications - Lecture 2
- 243 Daniel Stern: Variational theory for harmonic maps and applications - Lecture 1
- 244 Franco Flandoli : Mean field results in fluid mechanics - Lecture 2
- 245 Franco Flandoli : Mean field results in fluid mechanics - Lecture 3
- 246 Franco Flandoli : Mean field results in fluid mechanics - Lecture 1
- 247 Alexander Sobolev : Spectral asymptotics of the one-particle density matrix for the Coulombic (...)
- 248 Nicolas Raymond : Boundary states of the magnetic Robin Laplacian
- 249 David Krejcirik : Georgi’s game of twist
- 250 Jussi Behrndt : The Landau Hamiltonian with delta-potentials supported on curves
- 251 Giovanni Conforti : Invariant integrated convexity profiles for Hamilton-Jacobi-Bellman equations
- 252 Nathalie Ayi : Graph limit for interacting particle systems on weighted deterministic and random...
- 253 Guy David: Harmonic measure with Robin boundary conditions
- 254 Giuseppe Savaré: Lagrangian, Eulerian and Kantorovich formulations of multi-agent optimal control...
- 255 Franca Hoffmann: Dynamics of strategic agents and algorithms as PDEs
- 256 Philippe Laurençot: Global existence and boundedness for chemotaxis models with local sensing
- 257 Yao Yao: Suppression of chemotactic blow-up by buoyancy
- 258 Dejan Slepčev: Gradient flows for sampling and their deterministic interacting particle (...)
- 259 Michael Hitrik: Magic angles and classically forbidden regions for twisted bilayer graphene
- 260 Borbala Gerhat: Powers of discrete Laplacians and Hardy-type inequalities
- 261 Cristian Cazacu: Hardy inequalities for magnetic p-Laplacians
- 262 Laura Baldelli: Curved quantum nonlinear waveguides
- 263 Seick Kim: Dirichlet problem for second order elliptic equations in nondivergence form (...)
- 264 Moritz Egert: Unexpected norms on BMO and the Dirichlet problem
- 265 Steve Hofmann: A problem of free boundary type for caloric measure
- 266 Project purple: $L^{p}$-extrapolation à la Blunck-Kunstmann
- 267 Project cyan: $H^{\infty}$-calculus and square functions on Banach spaces
- 268 Yao Yao: Steady states and dynamics of the aggregation-diffusion equation - Lecture 1
- 269 Yao Yao: Steady states and dynamics of the aggregation-diffusion equation - Lecture 2
- 270 Pierre-Emmanuel Jabin: The mean-field limit of non-exchangeable integrate and fire systems-continued
- 271 Pierre-Emmanuel Jabin: The mean-field limit of non-exchangeable integrate and fire systems
- 272 Sepideh Mirrahimi: A moment-based approach for the analysis of the infinitesimal model
- 273 Pierre Gabriel: The principal eigenvalue of time-periodic nonlocal equations with drift
- 274 Zhifei Zhang: Stability threshold of 2-D Couette flow for the Navier-Stokes equations
- 275 Takayoshi Ogawa : Endpoint Maximal Regularity in BMO and its Application to Fluid Mechanics
- 276 Boris Muha: The Role of Dissipation in the Existence of Time-Periodic Solutions to PDE Systems
- 277 Charlotte Perrin: A one-dimensional model for suspension flows
- 278 Valentina Franceschi : Mean convex mean curvature flow in the Heisenberg group
- 279 Interview at CIRM: José A. Carrillo
- 280 Amina Mecherbet : Homogenization of Stokes-Brinkman type models and mean field limit - Lecture 3
- 281 Amina Mecherbet : Homogenization of Stokes-Brinkman type models and mean field limit - Lecture 1
- 282 Amina Mecherbet : Homogenization of Stokes-Brinkman type models and mean field limit - Lecture 2
- 283 Alessia Nota: Recent advances on the Smoluchowski coagulation equation under non-equilibrium...
- 284 Frédérique Charles: Diffusion asymptotic of a kinetic modelfor gas-particle mixture with energy...
- 285 Galina Perelman: On global well-posedness for the derivative nonlinear Schrödinger equation on...
- 286 Enno Lenzmann: Global well posedness and soliton resolution for the half-wave maps equation with...
- 287 Thierry Laurens: Continuum Calogero–Moser models
- 288 Deniz Bilman: Extreme superposition: rogue waves of infinite order: https://youtu.be/9JZgx8eN7rA
- 289 Sergey Nadtochiy: Second order mean-curvature flow as a mean-field game
- 290 Vlad Vicol: On anomalous diffusion - lecture 1
- 291 Vlad Vicol: On anomalous diffusion - lecture 2
- 292 Scott Armstrong: On anomalous diffusion - Lecture 1
- 293 Scott Armstrong: On anomalous diffusion - Lecture 2
- 294 Gregory Eyink: Lagrangian Spontaneous Stocahsticity - Lecture 1
- 295 Gregory Eyink: Eulerian Spontaneous Stocahsticity - Lecture 2
- 296 Gregory Eyink: Whither Spontaneous Stocahsticity? - Lecture 3
- 297 Anne-Laure Dalibard: Instabilities and singularities within fluid boundary layers - Lecture 1
- 298 Anne-Laure Dalibard: Instabilities and singularities within fluid boundary layers - Lecture 2
- 299 Anne-Laure Dalibard: Instabilities and singularities within fluid boundary layers - Lecture 3
- 300 Nana Liu: Quantum simulation of partial differential equations via Schrodingerisation - Lecture 2
- 301 Nana Liu: Quantum simulation of partial differential equations via Schrodingerisation - Lecture 1
- 302 Martin Hairer: Fine properties of random fields: from fluids to QTF
- 303 Arnaud Debussche: From correlated to white transport noise in fluid models
- 304 Anne De Bouard: The Gibbs measure of the renormalized two dimensional stochastic Gross-Pitaevskii
- 305 Anne-Sophie Bonnet-Ben Dhia: An introduction to electromagnetic waveguides - Lecture 2
- 306 Rayan Fahs: Local decay and asymptotic profile for the damped wave equation in the asymptotically
- 307 Patrick Joly: An introduction to electromagnetic waveguides - Lecture 1
- 308 Michael Weinstein: Quantum tunneling in magnetic systems
- 309 Michael Weinstein: Edge states in periodic and aperiodic structures
