PDE and mathematical physics

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Spring Semester 2018

Date / Time

Speaker

Title

Location

25 January 2018
18:10-19:30

Semyon Dyatlov
University of California

Event Details

PDE and Mathematical Physics

Title	Lower bounds on eigenfunctions on hyperbolic surfaces
Speaker, Affiliation	Semyon Dyatlov, University of California
Date, Time	25 January 2018, 18:10-19:30
Location	Y27 H 35/36

Lower bounds on eigenfunctions on hyperbolic surfaces

Y27 H 35/36

22 February 2018
18:10-19:00

Dr. Yi Zhang
Universität Bonn

Event Details

PDE and Mathematical Physics

Title	[Video] Planar Sobolev extension domains
Speaker, Affiliation	Dr. Yi Zhang, Universität Bonn
Date, Time	22 February 2018, 18:10-19:00
Location	Y27 H 35/36

[Video] Planar Sobolev extension domains

Y27 H 35/36

1 March 2018
18:10-19:00

Prof. Dr. Alfonso Sorrentino

Event Details

PDE and Mathematical Physics

Title	On the integrability of mathematical billiards
Speaker, Affiliation	Prof. Dr. Alfonso Sorrentino,
Date, Time	1 March 2018, 18:10-19:00
Location	Y27 H 35/36

On the integrability of mathematical billiards

Y27 H 35/36

8 March 2018
18:10-19:00

Dr. Paolo Bonicatto
University of Basel

Event Details

PDE and Mathematical Physics

Title	Untangling of trajectories for non-smooth vector fields and Bressan's Compactness Conjecture
Speaker, Affiliation	Dr. Paolo Bonicatto, University of Basel
Date, Time	8 March 2018, 18:10-19:00
Location	Y27 H 35/36

Untangling of trajectories for non-smooth vector fields and Bressan's Compactness Conjecture

Y27 H 35/36

22 March 2018
17:10-18:10

Dr. Luca Spolaor
M.I.T.

Event Details

PDE and Mathematical Physics

Title	[Video] (Log-)epiperimetric inequality and regularity at isolated singularities for almost Area-Minimizing currents
Speaker, Affiliation	Dr. Luca Spolaor, M.I.T.
Date, Time	22 March 2018, 17:10-18:10
Location	Y27 H 35/36

[Video] (Log-)epiperimetric inequality and regularity at isolated singularities for almost Area-Minimizing currents

Y27 H 35/36

12 April 2018
18:10-19:00

Dr. Guillaume Levy
Universite' Pierre et Marie Curie

Event Details

PDE and Mathematical Physics

Title	Weak uniqueness and the Serrin criterion for the Navier-Stokes equations
Speaker, Affiliation	Dr. Guillaume Levy, Universite' Pierre et Marie Curie
Date, Time	12 April 2018, 18:10-19:00
Location	Y27 H 35/36

Weak uniqueness and the Serrin criterion for the Navier-Stokes equations

Y27 H 35/36

26 April 2018
18:10-19:00

Dr. Alessia Nota
University of Bonn

Event Details

PDE and Mathematical Physics

Title	Homoenergetic Solutions for the Boltzmann Equation
Speaker, Affiliation	Dr. Alessia Nota, University of Bonn
Date, Time	26 April 2018, 18:10-19:00
Location	Y27 H 35/36

Homoenergetic Solutions for the Boltzmann Equation

Y27 H 35/36

3 May 2018
18:10-19:00

Prof. Dr. Marcello Porta
Universität Zürich

Event Details

PDE and Mathematical Physics

Title	Universal edge currents in interacting quantum Hall systems
Speaker, Affiliation	Prof. Dr. Marcello Porta, Universität Zürich
Date, Time	3 May 2018, 18:10-19:00
Location	Y27 H 35/36

Universal edge currents in interacting quantum Hall systems

Y27 H 35/36

24 May 2018
18:10-19:00

Prof. Dr. Boris Hasselblatt
Tufts University

Event Details

PDE and Mathematical Physics

Title	New contact flows on 3-manifolds
Speaker, Affiliation	Prof. Dr. Boris Hasselblatt, Tufts University
Date, Time	24 May 2018, 18:10-19:00
Location	Y27 H 35/36

New contact flows on 3-manifolds

Y27 H 35/36

31 May 2018
18:10-19:00

Dr. Alberto Maspero
SISSA

Event Details

PDE and Mathematical Physics

Title	Long time stability of small finite gap solutions of the cubic Nonlinear Schrödinger equation on the two dimensional torus
Speaker, Affiliation	Dr. Alberto Maspero, SISSA
Date, Time	31 May 2018, 18:10-19:00
Location	Y27 H 35/36
Abstract	We study long time stability of a class of nontrivial, quasi-periodic solutions depending on one spacial variable of the cubic defocusing non-linear Schrödinger equation on the two dimensional torus. We prove that these quasi-periodic solutions are orbitally stable for finite but long times, provided that their Fourier support and their frequency vector satisfy some complicated but explicit condition, which we show holds true for most solutions. This is a joint work with M. Procesi.

Long time stability of small finite gap solutions of the cubic Nonlinear Schrödinger equation on the two dimensional torusread_more

Y27 H 35/36

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