Simon EberleCurriculum vitae

Personal informationName Simon Eberle

Date of birth June 28, 1988Nationality German

Education2014-2020 University of Duisburg-Essen, Continuation of PhD. studies under supervision of

Prof. Dr. G. S. WeissPhD Thesis: On global solutions of the obstacle problem

2013-2014 University of Düsseldorf, PhD. studies under supervision of Prof. Dr. G. S. Weiss2012-2013 University of Bonn, M.Sc. Mathematics

Master Thesis: Well-posedness of a non-local Fokker-Planck equation2011-2012 Swiss Federal Institute of Technology Zürich (ETH), Erasmus semester2008-2011 Technical University of Munich (TUM), B.Sc. Mathematics with minor Physics

Bachelor Thesis: A Variational Analysis of thin rigid inclusions in elastic bodies

PublicationsPublished in peer-reviewed journals

+ Simon Eberle. Front blocking versus propagation in the presence of drift term varying inthe direction of propagation. Nonlinear Analysis, 197:111836, 2020

+ Simon Eberle and Georg Sebastian Weiss. Characterizing compact coincidence sets inthe obstacle problem – a short proof. St. Petersburg Mathematical Journal, Specialissue dedicated to 85th anniversary of outstanding Russian mathematician Prof. Nina N.Uraltseva:accepted, 2019,

+ Simon Eberle. Front blocking in the presence of gradient drift. J. Differential Equations,267(12):7154–7166, 2019,

+ Simon Eberle. A heteroclinic orbit connecting traveling waves pertaining to differentnonlinearities. J. Differential Equations, 265(3):804–829, 2018,

+ Simon Eberle. A heteroclinic orbit connecting traveling waves pertaining to differentnonlinearities in a channel with decreasing cross section. Nonlinear Analysis, 172:99–114, 72018,

+ Simon Eberle, Barbara Niethammer, and André Schlichting. Gradient flow formulation andlongtime behaviour of a constrained Fokker-Planck equation. Nonlinear Anal., 158:142–167,2017,

+ Simon Eberle. Explicit formulas for homogenization limits in certain non-periodic problemsincluding ramified domains. ZAMM Z. Angew. Math. Mech., 96(10):1205–1219, 2016.

Preprints available online

+ Simon Eberle, Henrik Shahgholian, and Georg S. Weiss. On global solutions of the obstacleproblem – application to the local analysis close to singularities. arXiv:2005.04915, 2020.

Thea-Leymann-Straße 9 – 45127 Essen – GermanyQ simon.eberle@uni-due.de 1/2

Scientific TalksOctober 25, 2018 RIMS Conference on reaction-diffiusion equations, Kyoto (Japan)

Front blocking vs propagation in the presence of a drift term varying in the direction ofpropagation

October 22, 2018 Research Seminar, Meiji University, Tokyo (Japan)Front blocking vs propagation in the presence of a drift term varying in the direction ofpropagation

November 14, 2017 Research Seminar on Probability Theory, University of Duisburg-Essen, Essen(Germany)Well-posedness and long-time behaviour of a non-local Fokker-Planck equation

Summer and winter schoolsJanuary 3, 2019 - April

26 2019Hausdorff Trimester program "Evolution of interfaces"Hausdorff Research Institute for Mathematics (HIM), Bonn, Germany

Teaching experience2014-today Teaching assistant at University of Duisburg-Essen

Designing, supervising and giving exercise classes in+ Riemann surfaces+ Analysis I+ Analysis II+ measure theory+ complex analysis+ partial differential equations I+ functional analysis I+ calculus of variations I+ seminar on ’traveling waves’

2013-2014 Teaching assistant at University of DüsseldorfGiving exercise classes in+ partial differential equations I+ functional analysis I+ Analysis I

Scholarships2011-2014 Studienstiftung des deutschen Volkes (German Academic Scholarship

Foundation)www.studienstiftung.de/en/

2011 TUM: Junge Akademie (TUM: Young Academy)www.ja.tum.de/en/home/

2010-2011 TopMath Programm (TopMath program)www.ma.tum.de/en/studies-information/elite-programs/topmath.html

2009-2011 Max-Weber Program Bayern (Max-Weber program of Bavaria)www.elitenetzwerk.bayern.de/maxweberprogramm/ueberblick/?L=2

Language skillsGerman English French Spanish

native speaker C1 B2 B2

Simon Eberle

Essen, May 13, 2020

Thea-Leymann-Straße 9 – 45127 Essen – GermanyQ simon.eberle@uni-due.de 2/2