Models in Plasmas, Earth and Space Science (2018/2019)
Organizers: PF Claude Bardos (ICP and U. Paris), Ludovic Ferrière (NHM Wien),
Sabine Hittmeir (U. Wien), Alex Schekochihin (Oxford), PF Edriss Titi (UC San Diego and Weizmann)
Talks
Groselj, Daniel (IPP Garching) 
WPI, OMP 1, Seminar Room 08.135 
Mon, 23. Jul 18, 10:00 
Kinetic turbulence in astrophysical plasmas: waves and/or structures? 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Cerri, Silvio (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Mon, 23. Jul 18, 10:45 
3D hybridkinetic turbulence and phasespace cascades in a beta=1 plasma 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Kawazura, Yohei (U. Oxford) 
WPI, OMP 1, Seminar Room 08.135 
Mon, 23. Jul 18, 16:00 
Ion vs. electron heating in astroGK turbulence (simulations) 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Sironi, Lorenzo (U. Columbia) 
WPI, OMP 1, Seminar Room 08.135 
Mon, 23. Jul 18, 16:45 
Electron heating in shocks and reconnection 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Arzamasskiy, Lev (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Tue, 24. Jul 18, 10:00 
Hybridkinetic simulations of driven solarwind turbulence: spectral anisotropy, perpendicular ion heating and nonthermal features in distribution function 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Chandran, Ben (U. New Hampshire) 
WPI, OMP 1, Seminar Room 08.135 
Tue, 24. Jul 18, 10:45 
Parametric instability, inverse cascade, and the 1/f spectrum of solarwind turbulence 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Spitkovsky, Anatoly (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Tue, 24. Jul 18, 16:00 
1. Electron heating in shocks
2. Relativistic reconnection with pair production 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Beloborodov, Andrei (U. Columbia) 
WPI, OMP 1, Seminar Room 08.135 
Tue, 24. Jul 18, 16:45 
Radiative reconnection 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

StOnge, Denis (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Wed, 25. Jul 18, 10:00 
Plasma dynamo: latest results 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Bott, Archie (U. Oxford) 
WPI, OMP 1, Seminar Room 08.135 
Wed, 25. Jul 18, 10:45 
New plasma dynamo experiments on OMEGA 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Kunz, Matthew (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Thu, 26. Jul 18, 10:00 
1. Sound waves in highbeta plasma
2. Mirrormediated magnetic reconnection 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Stone, James (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Thu, 26. Jul 18, 10:45 
Statistics of current sheets in MRI turbulence 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Uzdensky, Dmitri (UC Boulder) 
WPI, OMP 1, Seminar Room 08.135 
Thu, 26. Jul 18, 16:00 
1. Relativistic nonthermal particle acceleration in magnetic reconnection
2. Ion vs. electron heating in relativistic collisionless turbulence 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Werner, Greg (UC Boulder) 
WPI, OMP 1, Seminar Room 08.135 
Thu, 26. Jul 18, 16:45 
1. Relativistic reconnection: heating and nothermal particle acceleration in pair and electronion plasmas
2. Relativistic reconnection with external inverse Compton cooling 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Loureiro, Nuno (MIT) 
WPI, OMP 1, Seminar Room 08.135 
Fri, 27. Jul 18, 10:00 
Turbulence in pair plasmas 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Schekochihin, Alex (U. Oxford) 
WPI, OMP 1, Seminar Room 08.135 
Fri, 27. Jul 18, 10:45 
1. Ion vs. electron heating in astroGK turbulence (theory with Kawazura & Barnes)
2. Some interesting nuggets in MHD turbulence theory
3. Fluidisation of kinetic density turbulence (with Meyrand & Dorland) 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Maeyama, Shinya (U. Nagoya) 
WPI, OMP 1, Seminar Room 08.135 
Mon, 30. Jul 18, 10:00 
Effects of subionscale structures on crossscale interactions in Tokamak plasma turbulence 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Hardman, Michael (U. Oxford) 
WPI, OMP 1, Seminar Room 08.135 
Mon, 30. Jul 18, 10:45 
A scale separated framework for studying cross scale interactions in plasma turbulence 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Dodin, Ilya (U. Princeton) 
WPI, OMP 1, Seminar Room 08.135 
Tue, 31. Jul 18, 10:00 
Inhomogeneous driftwave turbulence as an effective quantum plasma 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Parker, Jeff (LLNL) 
WPI, OMP 1, Seminar Room 08.135 
Wed, 1. Aug 18, 10:00 
Multipletimescale global GK turbulence and transport simulations for tokamaks 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Abel, Ian (U. Maryland) 
WPI, OMP 1, Seminar Room 08.135 
Wed, 1. Aug 18, 16:00 
The simplest possible pedestal? 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

White, Ryan (MIT) 
WPI, OMP 1, Seminar Room 08.135 
Thu, 2. Aug 18, 10:00 
Anomalous resistivity and reconnection in an evolving current profile 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Milanese, Lucio (MIT) 
WPI, OMP 1, Seminar Room 08.135 
Thu, 2. Aug 18, 16:00 
Electrontemperaturegradientdriven inverse cascade of energy 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Parra Diaz, Felix (U.Oxford) 
WPI, OMP 1, Seminar Room 08.135 
Fri, 3. Aug 18, 10:00 
TBA 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: 11th Plasma Kinetics Working Group Meeting (2018)

Peter Constantin, U. Princeton 
OMP 1, Lecture Room 5 (Ground floor) 
Fri, 14. Dec 18, 16:00 
Remarks on some mathematical problems in hydrodynamics 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Marco Sammartino, U. Palermo 
WPI, OMP 1, Seminar Room 08.135 
Sat, 15. Dec 18, 10:00 
2D analytic solutions of Euler equations with concentrated vorticity 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Emil Wiedemann; U. Hannover 
WPI, OMP 1, Seminar Room 08.135 
Sat, 15. Dec 18, 11:00 
The viscosity limit with boundaries and interfaces: some remarks 
It is a notorious and classical problem whether Leray solutions of the NavierStokes equations converge to a solution of the Euler equations, as viscosity tends to zero. The problem is only wellunderstood in the case that the Euler solution is smooth and there are no physical boundaries. If one (or both) of these requirements are violated, the problem is still largely open. We discuss two specific situations: First, we prove a version of Onsager's conjecture in bounded domains that gives rise to a statement on the viscosity limit and the absence of anomalous dissipation (joint work with C. Bardos and E. S. Titi). Secondly, we discuss the viscosity limit problem for the (nonsmooth) shear flow, also departing from work with Bardos and Titi; we investigate in particular the question what happens when the initial data is not exactly fixed along the viscosity sequence (in progress). 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Vlad Vicol, U. Princeton 
WPI, OMP 1, Seminar Room 08.135 
Sat, 15. Dec 18, 16:00 
Convex integration on thin sets 
I will discuss the construction of wild weak solutions to the NavierStokes equation which are smooth on the complement of a thin set of times (with Haursdorff dimension strictly less than 1). This is based on joint work with T. Buckmaster and M. Colombo. 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Francois Golse, X Paris 
WPI, OMP 1, Seminar Room 08.135 
Sun, 16. Dec 18, 10:00 
Derivation of Models for the Dynamics of Sprays/Aerosols 
This talk proposes a derivation of the VlasovNavierStokes system used in the modeling of "thin" aerosol flows from a system of Boltzmann equations for a binary gas mixture involving
the propellant gas and the dispersed phase in the aerosol. This derivation is formal, in the sense of the program for deriving fluid dynamic limits of the Boltzmann equation laid out in
[C. Bardos  F. Golse  C.D. Levermore: J. Stat. Phys. 63 (1991), 323344]. 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Agnieska SwierczewkaGwiazda, U. Warsaw 
WPI, OMP 1, Seminar Room 08.135 
Sun, 16. Dec 18, 11:00 
Measurevalued  strong uniqueness for general conservation laws 
In the last years measurevalued solutions started to be considered as a relevant notion of solutions if they satisfy the socalled measurevalued  strong uniqueness principle. This means that they coincide with a strong solution emanating from the same initial data if this strong solution exists. Following result of Yann Brenier, Camillo De Lellis and Laszlo Szekelyhidi Jr. for incompresible Euler equation, this property has been examined for many systems of mathematical physics, including incompressible and compressible Euler system, compressible NavierStokes system, polyconvex elastodynamics et al. In my talk I will concentrate on results concerning general conservation laws. Our goal is to provide a unified framework for general systems, that would cover the most interesting cases of systems. Following earlier common result with Eduard Feireisl, Piotr Gwiazda and Emil Wiedemann for compresible NavierStokes system, we develop the concept of dissipative measurevalued solution to general hyperbolic systems.
The talk is based on joint results with Piotr Gwiazda and Ondrej Kreml.

 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Piotr Gwiazda, Polish Academy of Science 
WPI, OMP 1, Seminar Room 08.135 
Sun, 16. Dec 18, 14:30 
On the Extension of Onsager's Conjecture for General Conservation Laws 
The aim of this talk is to extend and prove the Onsager conjecture for a class of conservation laws that possess generalized entropy. One of the main findings of this work is the "universality" of the Onsager exponent, larger than 1/3, concerning the regularity of the solutions  space of Hölder continuous functions with the above exponent, that guarantees the conservation of the generalized entropy; regardless of the structure of the genuine nonlinearity in the underlying system. 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)

Peter Constantin, U. Princeton 
WPI Seminarr Room 
Sun, 16. Dec 18, 16:00 
TBA 
 Thematic program: Models in Plasmas, Earth and Space Science (2018/2019)
 Event: Workshop on "Mathematical Amelioration in Fluid Dynamics" (2018)
