'Fokker planck' presentation slideshows

Heavy Quark Dynamics in the QGP: Boltzmann vs Langevin

Heavy Quark Dynamics in the QGP: Boltzmann vs Langevin. V. Greco. Santosh Kumar Das Francesco Scardina. LHC. RHIC. Temperature. SPS. Zhu et al. (2006). Heavy Quark & QGP. Heavy because: M >> L QCD (particle physics) M>> T (plasma physics). Specific of Heavy Quarks.

504 views • 49 slides

University of Catania INFN-LNS

440 views • 33 slides

Continuum Models of Globular Cluster Dynamics

Continuum Models of Globular Cluster Dynamics. Rainer Spurzem, Astronomisches Rechen-Institut Heidelberg, Germany. spurzem@ari.uni-heidelberg.de http://www.ari.uni-heidelberg.de/mitarbeiter/spurzem/. Continuum models. Main Collaborators:

439 views • 32 slides

Weak Solutions of Kinematic Aggregation Equations

Weak Solutions of Kinematic Aggregation Equations. Andrea Bertozzi Department of Mathematics UCLA. Thanks to Thomas Laurent for contributing to the slides. Finite time singularities- general potentials . X. X. X. X. X. X. X. X. X. X. X. X. X. X. X. X.

393 views • 31 slides

EURANDOM 6-8 March 2006

EURANDOM 6-8 March 2006. Analysis of financial data on different timescales - and a comparison with turbulence Robert Stresing Andreas Nawroth Joachim Peinke. Overview. Scale dependent analysis of financial and turbulence data by using a Fokker-Planck equation

318 views • 31 slides

Grid and Particle Based Methods for Complex Flows - the Way Forward

Grid and Particle Based Methods for Complex Flows - the Way Forward. Tim Phillips Cardiff University EPSRC Portfolio Partnership on Complex Fluids and Complex Flows. Dynamics of Complex Fluids 10 Years On. Grid-Based Methods.

361 views • 25 slides

315 views • 24 slides

Nonperturbative Heavy-Quark Interactions in the QGP

Nonperturbative Heavy-Quark Interactions in the QGP. Ralf Rapp Cyclotron Institute + Physics Department Texas A&M University College Station, USA With: F. Riek (Texas A&M), H. van Hees (Giessen), V. Greco (Catania), M. Mannarelli (Barcelona). 1.) Introduction.

395 views • 24 slides

Yevgeny Krivolapov, Michael Wilkinson, SF Liad Levy, Moti Segev

Yevgeny Krivolapov, Michael Wilkinson, SF Liad Levy, Moti Segev. Transport in potentials random in space and time: From Anderson localization to super-ballistic motion. Physics of Noise. Is noise uninteresting? Rules of noise? Universality classes of noisy behavior?

412 views • 23 slides

Introduction to the GRAPE

Introduction to the GRAPE. Numerical Methods for Dense Stellar Systems. N-body : direct integration of the equations of motion Fokker-Planck : direct integration of the Fokker-Planck equation Monte-Carlo : particle-based method which uses

283 views • 18 slides

The Peculiar Mathematical Structure of Non-Newtonian Flows

The Peculiar Mathematical Structure of Non-Newtonian Flows. Meng Xu Department of Mathematics University of Wyoming. Motivation and Goal. Motivation

303 views • 15 slides

2011-09-13

150 views • 14 slides