Kinetic Theory - Junior Trimester Program

Kinetic Theory - Junior Trimester Program

Hausdorff Center for Mathematics via YouTube Direct link

Joaquin Fontbona: Quantitative uniform propagation of chaos for Maxwell molecules

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Joaquin Fontbona: Quantitative uniform propagation of chaos for Maxwell molecules

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Kinetic Theory - Junior Trimester Program

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  1. 1 Bao Quoc Tang: Indirect diffusion effect and convergence to equilibrium
  2. 2 Li Chen: Mean field limit of many particle system with non Lipschitz force
  3. 3 Giada Basile: A gradient flow approach to kinetic equations
  4. 4 Josephine Evans: Using Harris’s theorem to prove hypocoercivity for linear kinetic equations with..
  5. 5 Matias Delgadino: Mean field limit by Gamma convergence
  6. 6 Martin Burger: Propagation of gradient flow structures from microscopic to macroscopic models
  7. 7 Antonio Esposito: Nonlinear degenerate cross diffusion systems with nonlocal interaction
  8. 8 Amit Einav: Weak Poincaré inequalities in the absence of spectral gaps
  9. 9 Hagop Tossounian: On Kac’s model, ideal Thermostats, and finite Reservoirs
  10. 10 Giambattista Giacomin: Interacting diffusions on random graphs and PDE limits
  11. 11 Joaquin Fontbona: Quantitative uniform propagation of chaos for Maxwell molecules
  12. 12 Mario Pulvirenti: A local mean-field stochastic particle system for the Bolzmann equation
  13. 13 Simone Fagioli: Solutions to aggregation
  14. 14 A. Eberle: Couplings & converg. to equilibrium f. Langevin dyn. & Hamiltonian Monte Carlo methods
  15. 15 Franca Hoffmann: Reversed Hardy Littlewood Sobolev Inequalities
  16. 16 Lecture Lorenzo Pareschi: Uncertainty quantification for kinetic equations II
  17. 17 Lecture Lorenzo Pareschi: Uncertainty quantification for kinetic equations III
  18. 18 Lecture Lorenzo Pareschi: Uncertainty quantification for kinetic equations I
  19. 19 Talk Axel Klar: Asymptotic methods for kinetic and hyperbolic evolution problems on
  20. 20 Talk Jani Lukkarinen: Kinetic theory of lattice waves
  21. 21 Talk Christian Schmeiser: Decay to equilibrium of diffusive and kinetic transport
  22. 22 Talk Thomas Rey: Projective integration of collisional kinetic equations
  23. 23 Lecture Mario Pulvirenti: Scaling limits and effective equations in kinetic theory III
  24. 24 Lecture Mario Pulvirenti: Scaling limits and exective equations in kinetic theory II
  25. 25 Lecture Mario Pulvirenti: Scaling limits and effective equations in kinetic theory I
  26. 26 Talk Jingwei Hu: Deterministic solution of the Boltzmann equation Fast spectral methods
  27. 27 Talk Andrea Tosin: Kinetic modelling of traffic flow control
  28. 28 Lecture Laurent Desvillettes: Coupling kinetic and fluid equations in the theory of sprays I
  29. 29 Lecture Laurent Desvillettes: Coupling kinetic and fluid equations in the theory of sprays II
  30. 30 Lecture Laurent Desvillettes: Coupling kinetic and fluid equations in the theory of sprays III
  31. 31 Lipschitz Lecture III: Kinetic limit for classical particle and waves
  32. 32 Talk Jose Antonio Carrillo: Swarming models with local alignment effects
  33. 33 Ludovic Cesbron: A fractional Fick Law method for diffusion limits of kinetic equations
  34. 34 Karel Pravda-Starov: Sufficient geometric conditions for the null-controllability of evolution...
  35. 35 Arnaud Münch: Asymptotic and null controllability of an advection-diffusion equation
  36. 36 Talk Bertrand Maury: Accounting for congestion in finite size particle systems micro macro issues
  37. 37 Lecture Giuseppe Toscani: Kinetic theory of social phenomena II
  38. 38 Lecture Giuseppe Toscani: Kinetic theory of social phenomena III
  39. 39 Lecture Giuseppe Toscani: Kinetic theory of social phenomena I
  40. 40 Lecture Marie Therese Wolfram: On Boltzmann type equations in socio economic applications
  41. 41 Talk Raphael Winter: From interacting particle systems with long range to kinetic equations
  42. 42 Carlos Castro: Numerical approximation of the decay rate for some dissipative systems
  43. 43 Helge Dietert: Trend to equilibrium for a spatially degenerate kinetic Fokker-Planck equation
  44. 44 Maxime Breden: On the equilibria of Boltzmann like kinetic equations
  45. 45 Frédéric Hérau: A Korn Wirtinger inequality
  46. 46 Donghyun Lee: Vlasov Poisson Boltzmann equation in bounded domains
  47. 47 Miguel Rodrigues: Large magnetic field regimes and asymptotic preserving schemes
  48. 48 Laurent Lafleche: Fractional Hypocoercitivity
  49. 49 Anais Crestetto: Micro-macro discretizations
  50. 50 Havva Yoldas: Harris's Theorem and its applications to some kinetic and biological models
  51. 51 Ning Jiang: Vlasov-Maxwell-Boltzmann system
  52. 52 Liu Liu: Micro-macro decomposition based asymptotic-preserving numerical schemes
  53. 53 Maxime Herda: Asymptotic behaviors of the Vlasov-Poisson-Fokker-Planck equation
  54. 54 Chiara Saffirio: From the many-body quantum dynamics to the Vlasov equation
  55. 55 Pierre Monmarche: Bouncing with velocity jump process
  56. 56 Gernot Heißel: The dynamical systems approach to spatially homogenous Einstein-Vlasov cosmology
  57. 57 Erica Belen De La Canal: L^p estimates for the solution of the system of Boltzmann equations
  58. 58 Marina Ferreira: Multicomponent coagulation equation for aerosol dynamics
  59. 59 Alexander Bobylev: On BGK models for gas mixtures
  60. 60 Shi Jin: Semiclassical computational methods for quantum dynamics with band-crossing and uncertainty
  61. 61 Christian Klingenberg: On a multi-species kinetic model of plasma, theory and numerics
  62. 62 Alessia Nota: Homoenergetic Solutions for the Boltzmann Equation
  63. 63 Laurent Boudin: Stability of the spectral gap for the Boltzmann multi-species operator
  64. 64 Lipschitz Lecture IV: Kinetic limit for particles interacting through a short range potential
  65. 65 Francis Filbet: Asymptotics of the three dimensional Vlasov equation in...
  66. 66 Laurent Desvillettes: From Boltzmann equations for mixtures towards thin spray equations
  67. 67 Richard Höfer: On the sedimentation of particle suspensions in Stokes flows
  68. 68 Jens Marklof: Kinetic transport in the Lorentz gas classical and quantum
  69. 69 Robert M. Strain: Global mild solutions of the Landau and non cutoff Boltzmann equation
  70. 70 Herbert Spohn: Hydrodynamics of the classical Toda chain
  71. 71 Maria Carvalho: Spectral Gaps and Entropy Production...
  72. 72 Mario Pulvirenti: Propagation of chaos for exotic interactions
  73. 73 Robert Patterson: Interaction Clusters for the Kac Process
  74. 74 Alexander Bobylev: On some properties of Vlasov-Poisson-Landau kinetic equations
  75. 75 Benjamin Schlein: Excitation spectrum and time evolution of Bose-Einstein condensates
  76. 76 Miguel Escobedo Martínez: Some remarks on the three waves collision integral+condensate
  77. 77 Marcello Porta: On the correlation energy of interacting fermionic systems in the mean-field regime
  78. 78 Peter Pickl: Derivation of the Vlasov equation
  79. 79 Irene M. Gamba: Multi component gas system models: The billiard mixing for mixtures
  80. 80 Marianne B. C.: Hypocoercivity & diffusion limit of a finite volume scheme for linear kinetic eq.

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