Curriculum Vitae

Mayte Perez-Llanos

1. Personal Data:

Name: Marıa Teresa Perez Perez

Nationality: Spanish

DNI: 95 484 772 (Argentine) and NIF: 75785707-V (Spanish)

Contact Address: Universidad de Buenos Aires, Facultad de Ciencias Exactas y Naturales, Dpto.de Matematicas, Street Intendente Guiraldes, Ciudad Universitaria, 1428 CABA.

telephone number: (0054) 9 11 3103 8611

Email: maytep@dm.uba.ar

2. Degrees:• PhD in Mathematics by U. Carlos III de Madrid, within the area of Applied Mathematics,December, 2007. (Available at mate.dm.uba.ar/∼maytep )Thesis Title: ‘Formacion de singularidades en problemas de reaccion-difusion no lineales’(Singularitiesarising in some nonlinear reaction-diffusion problems)Advisers: Raul Ferreira de Pablo and Arturo de Pablo Martınez.

Qualification: Sobresaliente cum laude (maximum qualification) granted by all members of theJury.

• Diploma de estudios avanzados (D.E.A.) (Advanced Studies Degree), by U. Carlos III de Madrid,October, 2004.

• Perıodo de Docencia (First Period) in the Doctorate Program in Mathematical Engineering by U.Carlos III de Madrid, June, 2002.

• Periodo de Docencia (First Period) in the Doctorate Program Physics and Mathematics, by U.Granada, September, 2001, with maximum qualification.

• Degree in Mathematics Sciences (Licenciatura), by U. Granada, July, 2000.

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3. Current position:

• CONICET researcher in the grade: independent (Associate researcher) at the MathematicsResearch Institute: Luis Santalo, Universidad de Buenos Aires, Argentina, starting in September 2015.

• Professor at the Department of Mathematics, U. de Buenos Aires, form 2018.

Future position:

Recently I have obtained a professor position at Instituto de Calculo to start in 2019. Instituto deCalculo is an interdisciplinary institute also at Universidad de Buenos Aires. I will also move myCONICET research position to Instituto de Calculo.

4. Past positions:

• Assistant Professor at the Department of Mathematics, U. de Buenos Aires, during 2017.

• Teaching assistant at the Department of Mathematics at Universidad Autonoma de Madrid2013–2015.

• Postdoctoral fellowship Juan de la Cierva, associated to the research project ‘Analysis onnonlinear problems related to diffusion, growth and propagation phenomena ’ (MTM2010-18128), U.Autonoma de Madrid, 2011–2013.

• Post-doctoral fellowship under U. T. Austin|Portugal program at Instituto Superior Tecni-co, U. Tecnica de Lisboa, Portugal, and U. T. Austin, Texas, during 2010/2011.

• Teaching assistant (with PhD) at U. Carlos III de Madrid, Madrid, Spain, during 2009/2010.

• Teaching assistant (without PhD type 2) at U. Carlos III de Madrid, Madrid, Spain, during2004-2009.

• Teaching assistant (without PhD type 1) at U. Carlos III de Madrid, Madrid, Spain, during2002-2004.

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5. Publications:

In this section it must be mentioned that the name for publications is Mayte Perez-Llanos.

The last draft of the publications and preprints is available at

mate.dm.uba.ar/∼maytep

◦Published and accepted papers:

1. Opinion Formation Models with Heterogeneous Persuasion and Zealotry Mayte Perez-Llanos,Juan P. Pinasco, Nicolas Saintier and Analıa Silva, accepted in SIAM Journal on MathematicalAnalysis.

2. Inhomogeneous torsional creep problems in anisotropic Orlicz Sobolev Spaces Mihai Mihailescuand Mayte Perez-Llanos, accepted in Journal of Mathematical Physics.

3. ‘A non local operator breaking the Keller-Osserman condition’ R. Ferreira and M. Perez-Llanos,Adv. Nonlinear Stud. 17 no. 4, 715–725, 2017.

4. ‘Limit problems for a Fractional p−Laplacian as p → ∞’ R. Ferreira and M. Perez-Llanos,Nonlinear Differential Equations and Applications (NoDea), 23 (2),2016.

5. ‘Semilinear biharmonic problems with a singular term ’ M. Perez-Llanos and A. Primo. Journalof Differential Equations, 257 3200–3225, 2014.

6. ‘A nonlocan 1-Laplacian problem and median values’, J.M. Mazon, M. Perez-Llanos, J.D. Rossiand J. Toledo, Publicacions Matematiques 60 (1) 27–53, 2016.

7. ‘Optimal power for an elliptic equation related to some Caffarelli-Kohn-Nirenberg inequalities.’M. Perez-Llanos. Commun. Pure Appl. Anal. 15 (6) 1975–2005, (2016).

8. ‘The eigenvalue problem for the 1-homogeneous p-laplacian and its limit as p → ∞.’ P. J.Martınez-Aparicio, M. Perez-Llanos and J. D. Rossi. Revista Matematica Complutense 27 241–258, 2014.

9. ‘Bifurcation curves of a diffusive logistic equation when harvesting is orthogonal to the firsteigenfunction’. P. M. Girao and M. Perez-Llanos, J. Math. Anal. Appl. 340, 376–390, 2013.

10. ‘Anisotropic variable exponent (p(·), q(·))-Laplacian with large exponents’ M. Perez-Llanos, Ad-vanced Nonlinear Studies, 13, 1023–1054, 2013.

11. ‘The sublinear problem for the 1-homogeneous p-laplacian’ P. J. Martınez-Aparicio, M. Perez-Llanos and J. D. Rossi, Proc. Amer. Math. Soc. 142 (8) 2641–2648, 2014.

12. ‘A homogenization process for the strong p(x)−Laplacian.’ M. Perez-Llanos. Nonlinear Anal.76, 105–114, 2013.

13. ‘Models for growth of heterogeneous sandpiles via Mosco convergence’ M. Bocea, M. Mihailescu,M. Perez-Llanos and J. D Rossi. Asymptotic Analysis, 78 (1&2), 11–36, 2012.

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14. ‘Blow-up for the non-local p-Laplacian equation with a reaction term’ R. Ferreira and M. Perez-Llanos. Nonlinear Anal. 75, 5499–5522, 2012.

15. ‘Critical exponents for a semilinear parabolic equation with variable reaction. ’ R. Ferreira, A. dePablo, M. Perez-Llanos and J. D Rossi. Proc. Roy. Soc. Edinburgh Sect. A 142 (5), 1027–1042,2012.

16. ‘Numerical approximations for a nonlocal evolution equation.’ M. Perez-Llanos and J.D. Rossi.SIAM J. Numer. Anal., 49 (5), 2103–2123, 2011.

17. ‘An anisotropic infinity Laplacian obtained as the limit of the anisotropic (p, q)−Laplacian.’ M.Perez-Llanos and J. D Rossi. Commun. Contemp. Math, 13 (6), 1057–1076, 2011.

18. ‘Limits of anisotropic and degenerate elliptic problems.’ A. Di Castro, M. Perez-Llanos and J.M. Urbano. Commun. Pure Appl. Anal. 11 (3), 1217–1229, 2012.

19. ‘Limits as p(x)→∞ of p(x)-harmonic functions with non-homo-geneous Neumann boundary conditions’. M. Perez-Llanos and J. D Rossi, Contemp. Math, 540,187–201, 2011.

20. ‘The limit as p(x)→∞ of solutions to the inhomogeneous Dirichlet problem of the p(x)−Laplacian.’M. Perez-Llanos and J. D. Rossi, Nonlinear Anal. 73 2027-2035, 2010.

21. ‘The behaviour of the p(x)−Laplacian eigenvalue problem asp(x)→∞.’ M. Perez-Llanos y J. D Rossi. J. Math. Anal. Appl. 363, 502–511, 2010.

22. ‘Numerical quenching for a system of heat equations coupled at the boundary.’ R. Ferreira andM. Perez-Llanos. Math. Methods Appl. Sci., 32, 2439–2459, 2009.

23. ‘Blow-up for a non-local diffusion problem with Neumann boundary conditions and a reactionterm.’ M. Perez-Llanos and J.D. Rossi. Nonlinear Anal. 70, 1629-1640, 2009.

24. ‘Incomplete quenching in a system of heat equations coupled at the boundary ’. R. Ferreira, A.de Pablo, M. Perez-Llanos and J. D Rossi. J. Math. Anal. Appl. 346 (1), 145–154, 2008.

25. ‘Non trivial compact blow-up sets of smaller dimension.’ M. Perez-Llanos and J. D. Rossi. Proc.Amer. Math. Soc. 136, (2), 593-596, 2008.

26. ‘Nontrivial compact blow-up sets of lower dimension in a half-space.’ M. Perez- Llanos and J.D. Rossi. Differential and Integral Equations, 20, (11), 1211-1228, 2007.

27. ‘Regional blow-up for a doubly nonlinear equation with a nonlinear boundary condition’ J. Filoand M. Perez-Llanos, J. Dynam. Differential Equations, 19 (3), 719–743, 2007.

28. ‘Numerical blow-up for the p-laplacian equation with a source’ R. Ferreira, A. de Pablo and M.Perez-Llanos, Comput. Methods Appl. Math. 5 (2), 137–154, 2005.

◦ Submitted preprints:

29. A Holder Infinity Laplacian obtained as limit of Fractional Orlicz Laplacians Julian Fernandez-Bonder, Mayte Perez-Llanos and Ariel Salort.

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◦ Proceedings:

30. ‘Conjuntos de explosion compactos de dimension menor’. XX Congreso de Ecuaciones diferen-ciales y aplicaciones y X congreso de la Sociedad Espanola de Matematica Aplicada CEDYA2007, September 2007 in Sevilla.

31. ‘Conjuntos de explosion para una ecuacion doblemente no lineal’. Primer Congreso Internacionalde Matematicas en Ingenierıa y Arquitectura, Madrid, May 2007.

32. ‘Numerical blow-up for the p-Laplacian equation with a source’. Proceedings of the Equadiff 11Conference on Differential Equations, (Bratislava July 25-29, 2005) Electronic version availableat http://www.iam.fmph.uniba.sk/equadiff

33. ‘Blow-up numerico para un problema de reaccion-difusion’. XIX Congreso de Ecuaciones dife-renciales y aplicaciones (CEDYA 2005), Leganes, September 2005.

6. Research stays:

• Postdoctoral stays:

1. Department of Differential Equations and Numerical Analysis, U. SevillaResponsible Professor: Antonio Suarez.Line of Work: Large solutions with nonlocal diffusion terms.Length of the stay: 23rd - 24th November, 2017.

2. Department of Applied Mathematics, U. Complutense de MadridResponsible Professor: Raul Ferreira.Line of Work: Blow-up problems involving nonlocal and gradient terms.Length of the stay: 15th October to 17th November, 2017.

3. Department of Mathematical Analysis, U. GranadaResponsible Professor: David Arcoya.Line of Work: Existence of solutions to certain elliptic problems involving nonlocal terms.Length of the stay: 27th September to 7th October, 2017.

4. Department of Applied Mathematics, U. Complutense de MadridResponsible Professor: Raul Ferreira.Line of Work: Limits as p→∞ in certain problems of p-Laplacian type.Length of the stay: January, 2017.

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5. Department of Applied Mathematics, U. Complutense de MadridResponsible Professor: Raul Ferreira.Line of Work: Large solutions related to some nonlocal problems.Length of the stay: January, 2016.

6. Oxford Centre for Nonlinear PDEResponsible Professor: Jan Kristensen.Length of the stay: from June 3rd to June 7th, 2013.

7. Department of Mathematics, U. Autonoma de MadridResponsible Professor: Ireneo Peral.Line of Work: Study of problems related to the Caffarelli-Kohn-Nirenberg inequalities.Length of the stay: from February, 1st 2011 up to the date (three years maximum).

8. Department of Mathematics, U.T. Austin, TexasResponsible Professor: Luis Caffarelli.Line of Work: Homogenization processes in fully nonlinear PDEs.Length of the stay: from August, 15th to January, 15th, 2010/11.

9. Department of Mathematics, Instituto Superior Tecnico, U. Tecnica de Lisboa,PortugalResponsible Professor: Diogo Gomes and Pedro Martins Girao.Line of Work: Analysis of bifurcation problems of differential equations of elliptic type.Length of the stay: from January, 3rd to July, 13th, 2010.

10. Department of Mathematics, U. Coimbra, PortugalResponsible Professor: J. M. Urbano.Line of Work: Limit as the exponents go to infinity in problems related to anisotropic p-Laplacians.Length of the stay: May 26–28th.

• PhD stays:

11. Department of Mathematics, Faculty of Exact and Natural Sciences, U. BuenosAires, Buenos Aires (Argentine)

Responsible Professor: Julio D. Rossi.Line of Work: Analysis of problems of differential equations of parabolic type.Length of the stay: from October 8th to December 7th, 2007.

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12. Sciences Institute of U. General Sarmiento (UNGS) (Argentine)

Responsible Professor: Gabriel Acosta.Line of Work: Numerical analysis of problems of differential equations of elliptic type.Length of the stay: from October the 8th to December 7th, 2007.

13. Department of Mathematics, Faculty of Exact and Natural Sciences, U. BuenosAires, Buenos Aires (Argentine)

Responsible Professor: Julio D. Rossi.Line of Work: Analysis of problems of differential equations of elliptic type.Length of the stay: from October 9th to November 17th, 2006.

14. Department of Mathematical Analysis and Numerics, Faculty of Mathematics, Phy-sics and Informatics, Comenius University, Bratislava (Eslovakia)

Responsible Professor: Jan FiloLine of Work: Study of problems arising blow-upLength of the stay: from October 3rd to November 11th, 2005.

7. Teaching stays:

• I visited the University of San Luis, San Luis, (Argentine) in August/September 2016 to givea course on nonlinear PDEs arising singularities for undergraduate students in the fourth year ofMathematics and for assistant professors.

Responsible Professor: Analıa Silva.

• From February to April 2014 I visited the University of Agostinho Neto, Luanda (Angola) to givesome courses on PDEs and Analysis for undergraduate students in the fourth year of Mathematicsand for assistant professors.

Responsible Professor: Maria de Natividade.

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8. Research Projects:

◦ Current research projects:

1. ‘Geometric Harmonic Analysis with Interdisciplinary Applications’, (GAHIA)Ref. Project: H2020 MSCA-RISE-2017, 777822.Responsible researcher: Giovanna Citti (U. de Bolonia).Length: From 1st November 2017 to 31st October 2021.Funding: UNION EUROPEA.

2. Proyecto Unidades EjecutorasResponsible researcher: Ursula MolterResponsible researcher of the area Image Processing: Julian Fernandez-BonderLength: from 2018 to 2021 .Funding: CONICET.

3. Reference of the project: UBACYT: 20020150100154BA, Programacion Cientıfica 2016Responsible researcher: Noemı WolanskiLength: From 2016 renewable each three years.Funding: University of Buenos Aires.

4. Reference of the project: PIP 11220150100032CO (Argentine)Responsible researcher: Julian Fernandez-BonderLength: from 2016 to 2019 .Funding: CONICET.

◦Previous projects:

1. Reference of the project: ANPCYT PICT2012-0153 (Argentine)Responsible researcher: Noemı Wolanski

2. Title of the project: ‘Estudio de Problemas Elıpticos y Parabolicos Locales y NoLocales: Modelos de Difusion-Reaccion y Crecimiento’Ref: Project MTM2013-40846-P.Responsible researcher: Ireneo Peral Alonso.Length: from 01/01/2013 to 31/12/2016 .Funding: Ministry of Economy and Competitiveness.

3. Title of the project: ‘Analysis on nonlinear problems related to diffusion, growthand propagation phenomena’

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Ref: Project MTM2010-18128.Responsible researcher: Ireneo Peral Alonso.Length: from 01/01/2011 to 31/12/2013 .Funding: Ministry of Education and Science.

4. Title of the project: ‘U. T. Austin Project ’Ref: project UTAustin/MAT/0035/2008.Responsible researcher: Diogo Aguiar Gomes.Length: from 01/01/2008 to 31/12/2011.Funding:Fundacao para a Ciencia e a Tecnologia, Portugal.

5. Title of the project: ‘Growth, Diffusion and Optimal Transport: Limit Problemsin Nonlinear Parabolic and Elliptic Equations ’Ref: Project MTM2007-65018.Responsible researcher: Ireneo Peral Alonso.Length: from 01/01/2008 to 31/12/2010.Funding:Ministry of Education and Science.

6. Title of the project: ‘Non Lineal Diffusion: Non Local Blow-up and Diffusion ’Ref: MTM2008-06326-C02-02.Responsible researcher: Arturo de Pablo Martınez.Length: from 01/01/2009 to 31/12/2011.Funding: Ministry of Science and Innovation.

7. Title of the project: ‘Partial Nonlinear Differential Equations: Diffusion, blow-upand Free Boundaries ’Ref: MTM2005-08760-C02-02.Responsible researcher: Arturo de Pablo Martınez.Length: from 31/12/2005 to 30/12/2008.Funding: Ministry of Education and Science.

8. Thematic net of projects: ‘Net of Nonlinear Parabolic and Elliptic Equations’Ref: MTM2005-24578-E.Coordinator researcher: Ireneo Peral Alonso.Length: from 27/05/2006 to 30/11/2007.Funding: Ministry of Education and Science.

9. Title of the project:‘Discrete Traveling Waves: Domain walls, dislocations andfissures ’Ref: BMF2002-04127-C02-01Responsible researcher: Luis F. Lopez Bonilla.Length: from 01/10/2002 to 30/09/2005.Funding: Ministry of Science and Technology.

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9. Grants:

• Postdoctoral Fellowship Juan de la Cierva, associated to the research project ‘Analysis onnonlinear problems related to diffusion, growth and propagation phenomena ’ (MTM2010-18128),responsible researcher Ireneo Peral Alonso, obtained in July 2009, starting in February 2011 in U.Autonoma de Madrid.

• Post-doctoral fellowship under U. T. Austin|Portugal program at Instituto SuperiorTecnico, U. Tecnica de Lisboa, Portugal, and U. T. Austin, Texas, during 2010/2011.

• Grants for the mobility of PhD students to engage Doctorate Programs in Spanishpublic Universities, February 2002, to study the PhD Program in Mathematical Engineering at U.Carlos III de Madrid.

10. Prizes:• Second Prize in ‘International Congress of Mathematicians 2006 Poster competition’(Section: Partial Differential Equations) with the work entitled ‘Numerical blow-up for a diffusionequation with nonlinear reaction term’.

11. Committees:• Member of the jury of the Doctoral thesis entitled ‘Analysis and Numerical Simulation of Electro-kinetic Models For the Evolution of Charged Droplets ’by Lucia Belen Gamboa, supervised by MarcoA. Fontelos (CSIC), within the PhD program at the Department of Mathematics at U. Autonomade Madrid, held on October 14th, 2014, in ICMAT, Cantoblanco, Madrid.

• Member of the jury of the Degree Thesis entitled Modelos de Formacion de Opinion by LucıaPedraza, supervised by Juan Pablo Pinasco, Department of Mathematics, U. de Buenos Aires, March2018.

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12. Seminars, congresses and courses:

◦ Contributions in international and national

congresses and schools:

1. ‘V International Symposium on Nonlinear Equations and Free Boundary Problems’,in honour to Noemı Wolanski, December 2017.Talk: ‘Opinion Formation Models with Heterogeneous Persuasion and Zealotry, ’

2. ‘Encuentro Union Matematica Argentina y Real Sociedad de Matematica Espanola2017’, December 2017, Buenos Aires, ArgentineTalk: ‘Opinion Formation Models with Stubborn agents, ’

3. ‘XIII Encuentro Nacional de Analistas A. P. Calderon’, April 2016 in Villa GeneralBelgrano, Cordoba, Argentine.Talk: ‘A nonlocal operator breaking the Keller-Osserman condition ’

4. ‘Modelacao Matematica e compressao de imagens’, March 2015 in U. de Agostinho Neto,Luanda, Angola.Invited Talk : ‘The One and the Infinity Laplacians and the Image Processing ’

5. ‘X Americas Conference on Differential Equations and Nonlinear Analysis’, February2015 in U. de Buenos Aires, Argentine.Invited Talk : ‘Semilinear biharmonic problems with a singular term’

6. ‘Workshop of Young Researchers in Mathematics’, September 2014 in U. Complutensede Madrid, (Madrid) Spain.Invited Talk : ‘Limits as p goes to infinity in elliptic problems related to operators of p-laplacian type. Overview and recent applications.’

7. ‘Mathematical Congress of the Americas 2013’, August 2013 in Guanajuato, Mexico.Invited Talk : ( In the special session entitled ‘Local and Nonlocal Evolution Problems’)‘Numerical approximations for a nonlocal evolution equation. ’

8. ‘Nonlinear Partial Differential Equations’, on occasion of Mazon’s 60th birthday, July2013 in Burjassot, (Valencia) Spain.Invited Talk : ‘Anisotropic variable exponent (p(·), q(·))-Laplacian with large exponents.’

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9. ‘International Meeting of the Romanian Mathematical Society and The AMS’, June2013 in Alba Ulia, Romania.Invited Talk : ‘Optimal power for an elliptic equation related to some Caffarelli-Kohn-Nirenberginequalities.’

10. ‘Recent Advances in Partial Differential Equations and Applications ’, June 2013 inMilano, Italy.Poster session: ‘Numerical approximations for a nonlocal evolution equation related to thegrowth of a sandpile.’

11. ‘4th Workshop in Mathematical Analysis in Alicante ’, May 2013 in Alicante, Spain.Invited Talk : ‘Optimal power for an elliptic equation related to some Caffarelli-Kohn-Nirenberginequalities’

12. ‘Nonlocal Continuum Models for Diffusion, Mechanics, and Other Applications’,(SAMSI) June 2012 in North Carolina, EEUU.Invited Talk and Poster session: ‘Numerical approximations for a nonlocal evolution equa-tion related to the growth of a sandpile.’

13. ‘V Curso Internacional de Analisis Matematico en Andalucıa’, (CIDAMA 2011) Sep-tember 2011 in U. de Almerıa, Almerıa, Spain.Communication: ‘Models for growth of heterogeneous sandpiles via Mosco convergence.’

14. ‘XII Congreso de Ecuaciones Diferenciales y Aplicaciones’, (CEDYA 2011) September2011 in U. de Palma de Mallorca, Islas Baleares, Spain.Communication: ‘Models for growth of heterogeneous sandpiles via Mosco convergence.’

15. ‘Tercer Encuentro de Ecuaciones en Derivadas Parciales’, July 2011 in U. de La Laguna,Tenerife, Spain.

Invited talk: ‘Blow-up for the nonlocal p-laplacian and a reaction term.’

16. ‘Seventh Congress of Romanian Mathematicians ’, July 2011 in Brasov, Romania.

Invited talk: ‘A homogenization process for a problem related to the Tug-of-War games.’

17. ‘Portugal|U.T. Austin Summer School’, June 2011 at Instituto Superior Tecnico, Lisbon,Portugal.

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Invited talk: ‘A homogenization process for the strong p(x)−Laplacian.’

18. ‘Second Workshop in Mathematical Analysis in Alicante’, May 2011 in U. de Alicante,Alicante, Spain.

Invited talk: ‘A homogenization process for the strong p(x)−Laplacian.’

19. ‘Variable Exponent Analysis 2010’, July 2010 in U. Oulu, Oulu, Finland.

Invited talk: ‘The limit as p(x)→∞ of solutions to the p(x)−Laplacian.’

20. ‘First Workshop in Mathematical Analysis in Alicante ’, May 2010 in U. de Alicante,Alicante, Spain.

Invited talk: ‘The limit as p(x)→∞ of solutions to the inhomogeneous Dirichlet problem ofthe p(x)−Laplacian.’

21. ‘Post-Doctoral Academy in Mathematics ’, July 2009 at Instituto Superior Tecnico inLisbon, Portugal.

Invited talk: ‘The behaviour of the p(x)−Laplacian eigenvalue problem as p(x)→∞’

22. ‘Winter School at IMDEA ’, January 2009 at IMDEA Research Institute, Madrid, Spain.

communication: ‘Numerical approximations for a system that exhibits quenching’

23. ‘Workshop on Partial Differential Equations’, October 2008 in Bucharest, Rumanıa.

Invited talk: ‘Quenching for systems: Numerical approximations and possible analytical con-tinuation.’

24. ‘Third Euro-Japanese Workshop on Blow-up’, September, 2008 in Sendai, Japan.

Poster Title: ‘Blow-up for a nonlocal diffusion problem with Neumann boundary conditionsand a reaction term ’.

25. ‘3er Encuentro Internacional de EDPs No lineales’, July-August, 2008 in Buenos Aires,Argentine.

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Poster Title: ‘Blow-up for a nonlocal diffusion equation and a reaction term with Neumannboundary conditions’.

26. ‘XX Congreso de Ecuaciones diferenciales y aplicaciones y X congreso de la Socie-dad Espanola de Matematica Aplicada CEDYA 2007’, September, 2007 in Sevilla, Spain.

Communication: ‘Conjuntos de explosion compactos de dimension menor’.

27. ‘Primer encuentro de la red de ecuaciones parabolicas y elıpticas no lineales’, Sep-tember, 2007 in San Jose, Almerıa, Spain.

Invited Talk: ‘Conjuntos de explosion compactos de dimension menor.

28. ‘Non-lineal diffusion: Mathematics and applications’, June, 2007 in El Escorial, Madrid,Spain.

Poster Title: ‘Compact blow-up sets of lower dimension’

29. ‘Primer Congreso Internacional de Matematicas en Ingenierıa y Arquitectura’, June2007, U. Politecnica de Madrid, Madrid, Spain.

Communication: ‘Conjuntos de explosion para una ecuacion doblemente no lineal’

30. ‘Primer Encuentro Nacional de Ecuaciones Diferenciales’, November, 2006 in La Falda,Cordoba, Argentine.

Communication: ‘Conjuntos de Explosion para una ecuacion doblemente no lineal’

31. ‘XII Escuela Jacques-Louis Lions Hispano-Francesa sobre Simulacion Numerica enFısica e Ingenierıa’, September, 2006 in Castro Urdiales, Cantabria, Spain.

Poster Title: ‘Numerical blow-up for a diffusion equation with nonlinear reaction term’.

32. ‘Second Euro-Japanese workshop on blow-up’, September, 2006 in El Escorial Madrid,Spain.

Poster Title: ‘Blow-up sets for a doubly nonlinear equation with nonlinear boundary condi-tion’

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33. ‘International Congress of Mathematicians’, August, 2006 in Madrid, Spain.

Poster Title: ‘Numerical blow-up for a diffusion equation with nonlinear reaction term’

34. ‘XIX Congreso de Ecuaciones diferenciales y aplicaciones y IX congreso de la So-ciedad Espanola de Matematica Aplicada CEDYA 2005’, September, 2005 in Leganes,Madrid, Spain.

Communication: ‘Blow-up numerico para el p-laplaciano con una fuente no lineal’.

35. ‘Equadiff 2005’, July, 2005 in Bratislava, Eslovakia

Communication: ‘Numerical Blow-up for the p-Laplacian equation with a source’.

36. ‘XI Escuela Jacques-Louis Lions Hispano-Francesa sobre Simulacion Numerica enFısica e Ingenierıa’, September, 2004 in Cadiz, Spain.

Poster Title: ‘Blow-up numerico de p-laplaciano con fuente’.

◦ Congresses as organizer:

1. ‘Granada Euroconference on Asymptotic Methods and Applications in Kinetic andQuantum-Kinetic Theory’, September, 2001 in Granada, Spain.

◦ Attendance to national and international

congresses and Schools:

1. ‘International Workshop on Nonlinear Analysis and Differential Equations’, on theoccasion of the sixty anniversary of Antonio Canada, U. de Granada, September 2017.

2. ‘Homogenization, spectral problems and other topics in PDE’s U. Complutense deMadrid, February 2016.

3. School: New Trends and Applications of Differential Equations and Dynamical Sys-tems’, Universidad de Buenos Aires, February 2015.

4. Workshop on New Trends in Shape Optimization’, Friedrich-Alexander UniversitatErlangen-Nuremberg, September 2013.

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5. School: Recent advances in Partial Differential Equations and Applications’, severalPDh courses on nonlocal operators dictated by Luis Silvestre, Moritz Kassmann, among othercourses June 2013, U. Milano, Italy.

6. Total Variation Flow’, PDh course dictated by Jose M. Mazon, May 2012, U. Complutensede Madrid, Madrid, Spain.

7. ‘Advanced Numerical Methods: Algorithms to approximate solutions to ill-conditionedproblems’ PDh course dictated by Marc Tajchman, March 2012, U. Autonoma de Madrid.

8. ‘Some notes on the Boltzmann equation’, PDh course dictated by Irene Gamba, September-January 2010/2011, U. T. Austin, Texas.

9. ‘Equilibrium configurations of epitaxially strained elastic films: regularity and qua-litative properties of solutions’ PDh course dictated by Nicola Fusco, March, 2010, InstitutoSuperior Tecnico de Lisboa, Lisbon, Portugal.

10. ‘Nonlocal evolution problems’ PDh course dictated by Julio Rossi, April, 2010, InstitutoSuperior Tecnico de Lisboa, Lisbon, Portugal

11. ‘Games that PDE people like to play’ PDh course dictated by Julio Rossi, March, 2010,Instituto Superior Tecnico de Lisboa, Lisbon, Portugal.

12. ‘Calculus of variations and Partial Differential Equations’, PDh course dictated by Dio-go A. Gomes, January-July, 2010 Instituto Superior Tecnico de Lisboa, Lisbon, Portugal.

13. Workshop on Non-local Equations’, June 2009 in Leganes, Madrid, Spain.

14. ‘Nonlinear Partial Differential Equations’ (in the memory of Fuensanta Andreu), May2009 in Burjassot, Valencia, Spain.

15. Workshop Summer School ‘Qualitative Properties of solutions to Elliptic and Pa-rabolic equations’, June, 2007 in Saariselka, Finland.

16. ‘Foundations of Computacional Mathematics’05’, ( Cantabria University) June/July,2005 in Santander, Cantabria, Spain.

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17. ‘Escuela de Matematicas Lluis Santalo. Recent Trends in Partial Differential Equa-tions’, ( Menendez Pelayo Internacional University) July, 2004 in Santander, Cantabria, Spain.

18. ‘XVI. ECMI Modeling week’, (Universitat Kaiserslautern) August, 2002 in Kaiserslautern,Germany.

19. ‘Latex: edicion de textos cientıfico-tecnicos y publicacion en la web’, (u. Granada)April/May, 2001 in Granada, Spain.

◦ Seminars:

1. ‘A nonlocal operator breaking the Keller-Osserman condition’, IMUS, U. de Sevilla, November2017.

2. ‘Un problema de tipo ‘torsional creep en espacios de Orlicz Sobolev anisotropicos’ in the semi-nars of the Department of Mathematics, Facultad de Ciencias Exactas y Naturales, U. BuenosAires, June 2017.

3. ‘Un modelo no local que no verifica la condicion de Keller-Osserman’ seminars of the Depart-ment of Mathematics, U. de Cadiz, January 2017.

4. ‘Blow-up en un modelo de formacion de opinion’, in the seminars of the Department of Mathe-matics U. Nacional de San Luis, September 2016.

5. ‘Semilinear biharmonic problems with a singular term’, in the seminar of Differential Equationsand Numerical Analysis of the Department of Mathematics, FCEyN, U. Buenos Aires, March,2015.

6. ‘Caminhos aleatorios e Equacoes em derivadas parciais’ (Random walks and PDEs) Seminarsof the Department of Mathematics, Universidade de Agostinho Neto, Luanda, Angola.

7. ‘Numerical approximations for a nonlocal model for sandpiles ’ in the lunchtime seminars at theOxford Center of Nonlinear PDEs, University of Oxford, UK.

8. ‘Blow-up for the non-local p-Laplacian equation with a reaction term ’ in the Differential Equa-tions and Applications Group (GEDA) seminars. Department of Mathematics, U. Carlos III deMadrid, April 2012.

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9. ‘An anisotropic and degenerate nonlinear elliptic problem ’ in the Analysis Group seminars ofthe Department of Mathematics, U. Autonoma de Madrid, May 2011.

10. ‘An Anisotropic Infinity Laplacian’ in the Analysis Group seminars of the Department of Mat-hematics, U.T. Austin, October 2010.

11. ‘Some Notes in Transport Equations: di Perna and Lions Theory’ Department of Mathematics,Instituto Superior Tecnico, U. Tecnica de Lisboa, Lisboa, June 2010.

12. ‘Some Notes in Transport Equations’Department of Mathematics of Instituto Superior Tecnico,U. Tecnica de Lisboa, Lisboa, May 2010.

13. ‘’Limits of inhomogeneus problems related to the p(x)−Laplacian in the Department of Mat-hematics of U. de Coimbra, Coimbra, Portugal, May 2010.

14. ‘Blow-up for some nonlinear parabolic problems ’ in the Department of Mathematics of InstitutoSuperior Tecnico, U. Tecnica de Lisboa, Lisboa, February 2010.

15. ‘Explosion para un problema de difusion no local con condicion de contorno tipo Neumann’ inthe Department of Mathematics, Faculty of Exact and Natural Sciences, (U. Buenos Aires.)August, 2008.

16. ‘Explosion para un problema de difusion no local con condicion de frontera tipo Neumann’ inthe Department of Analysis at U. Valencia, June, 2008.

17. ‘Tres problemas con blow-up’ in the seminars of the group CADEDIF, at U. Complutense deMadrid, January, 2008.

18. ‘Tres problemas con blow-up’ in the seminars of the area of Mathematics at the Sciences Insti-tute of U. General Sarmiento National (UNGS), Argentine, December, 2007.

19. ‘Formacion de singularidades en algunos problemas parabolicos’, in the Department of Analysisat U. Valencia, May, 2007.

20. ‘Blow-up numerico para un problema de reaccion-difusion no lineal’, in the seminar of Differen-tial Equations and Numerical Analysis of the Department of Mathematics, FCEyN, U. BuenosAires, October, 2006.

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21. ‘Blow-up numerico para el p-laplaciano con una fuente no lineal’, in the seminars of AppliedMathematics and Equations at U. Autonoma de Madrid, March, 2005.

◦ Attendance to Courses during the degree:

1. ‘Calculo variacional: problemas de optimizacion’, (U. Granada), September, 2000 in Gra-nada, Spain.

2. ‘Logica, Computabilidad y Matematicas’, (U. Granada), March, 2000 in Granada, Spain.

3. ‘III Jornadas andaluzas de orientacion, diagnosticar en educacion’, (UGT of Granada),December, 1987 in Granada, Spain.

13. Teaching:As

• Professor and assistant professor in the Department of Mathematics of Universidadde Buenos Aires From March 2017,

• Assistant Professor in the Department of Mathematics of Universidad Autonoma deMadrid From February 2014 up to September 2015;

• Visiting Professor in the Department of Mathematics of U. Nacional de San LuisAugust/September 2016;

• Visiting Professor in the Department of Mathematics of Universidade de AgostinhoNeto From February to April 2014;

• Juan de la Cierva in the Department of Mathematics of Universidad Autonoma deMadrid, from January 2011 to January 2013;

• Assistant Professor in the Department of Mathematics of Carlos III de Madrid Uni-versity, from December 2001, to January 2010,

my teaching consists of the following courses:

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PhD Courses:

• ‘Non Local Evolution Equations’, mini course in the Summer School SIMUMAT SUMMERSCHOOL 2009, on the topic ‘Evolution equations and Numerical Analysis’for PhD students, year2008/09.

• ‘Calculo de Variacoes e Equacoes em Derivadas Parciais’, (Calculus of Variations and PDEs), forassistant professors, Universidade de Agostinho Neto, Luanda, Angola 2014.

• ‘Nonlinear PDEs arising singularities: Blow-up in finite time’. U. Nacional de San Luis, San Luis,August/September 2016.

4th period courses:

• ‘Equacoes em Derivadas Parciais’, 4th Mathematics, Universidade de Agostinho Neto, Luanda,Angola, 2014.

1st and 2nd period courses:

• Calculus I, for degree in Mathematics, Physics, Computation (UBA), years 2017, 2018

• Calculus I, for degree in Biology (UBA), year 2017

• Calculus I, for degree in Mathematics (UAM), year 2014/2015

• Mathematics I, for Environmental Sciences (UAM), year 2012/13 (1 group)

• Calculus II, for Computing Engineering (UAM), years 2011/12 and 2010/11 (1 group)

• Calculus II, for Telecommunication Engineering (UC3M), year 2008/09 (1 group)

• Calculus II, for Audiovisual Systems Engineering (UC3M), year 2008/09 (1 group)

• Calculus II, for Electricity Engineering (UC3M), year 2008/09 (1 group)

• Algebra II, for Industrial Engineering (UC3M), year 2007/08 (1 group).

• Calculus II, for Industrial Engineering (UC3M), year 2007/08 (1 group).

• Algebra II, for Statistics (UC3M), year 2007/08 (1 group).

• Computing Laboratories of Algebra I and Calculus I, for Computing of Systems Engineering(UC3M), year 2006/07 (2 groups).

• Computing Laboratories of Algebra I and Calculus I, for Industrial Engineering (UC3M), year2006/07 and 2005/06 (5 groups).

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• Computing Laboratories of Algebra I and Calculus I, for Engineering in Electronics, Electricityand Mechanics (UC3M), year 2006/07 (5 groups) and 2005/06 (8 groups).

• Computing Laboratories of Algebra II and Calculus II, for Industrial Engineering (UC3M), year2004/05 (5 groups).

• Calculus I, for Industrial Engineering (UC3M), years 2003/04 and 2004/05 (2 groups).

• Algebra II, for Industrial Engineering (UC3M), year 2003/04 (1 group).

• Computing Laboratory of Mathematics I, for Computing Engineering (UC3M), year 2002/03 (3groups).

• Computing Laboratory of Calculus II, for Engineering in Electronics, Electricity and Mechanics(UC3M), years 2002/03, 2003/04 and 2004/05 (8 groups).

• Computing Laboratory of Mathematics II, for Computing Engineering (UC3M), year 2001/02 (3groups).

• Computing Laboratory of Mathematics III, for Computing Engineering (UC3M), year 2001/02 and2002/03 (3 groups).

• Partial Differential Equations, for Industrial Engineering (UC3M), year 2001/02 (1 group).

• Computing Laboratory of Computational Methods, for Statistics (UC3M), year 2001/02 (1 group).

14. Docent innovation projects:Docent innovation project to adapt the didactic methodology and practices for the new degrees ofBologna plan. Degrees: Industrial and Telecommunication Engineering, first course, U. Carlos III deMadrid. Academic year 2008/09.

15. Docent qualifications:

1. Positive evaluation (within the area of Applied Mathematics) by ANECA to practice as ProfesorTitular de Universidad, at any Spanish University.

2. Positive evaluation (within the area of Applied Mathematics) by ANECA to practice as Pro-fesor Contratado Doctor, Ayudante Doctor, Profesor de Universidad Privada, at any SpanishUniversity.

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16. Languages:

Spanish: Native Language.English: Advanced.German: Correct: ‘Fifth Course of German at the Official School of Languages ’.Portuguese: Correct.

17. Other:

• Reader of the (project of) Thesis by Lucıa Belen Gamboa, advised by Marco Antonio Fontelos(CSIC), under the PhD Program at the Department of Mathematics of Universidad Autonoma deMadrid, Spain.

• Reviewer of American Mathematical Society.

• Referee reports for the journals:

1. The Royal Society of Edinburgh: Proceedings A, ISSN: 0308-2105.

2. Advanced Nonlinear Studies, ISSN: 1536–1365.

3. Communications on Pure and Applied Analysis, ISSN: 1534–0392.

4. Advances in Differential Equations, ISSN: 1079-9389.

5. Applied Mathematics and Computations, ISSN: 0096–3003.

6. Abstract and Applied Analysis, ISSN: 1085–3375.

7. Nonlinear Analysis Series A: Theory, Methods and Applications, (NA) ISSN: 0362–546X.

8. Journal of Mathematical Analysis and Applications, (JMAA) ISSN: 0022–247X.

9. Applicable Analysis, ISSN: 0003–6811.

10. Korean Mathematical Society, ISSN: 1015–8634.

11. Mathematical Methods in the Applied Sciences (MMAS) ISSN:1099–1476.

12. Advances in Computational Mathematics (ACM) ISSN: 1019–7168.

13. Journal of Numerical Mathematics (JNUM) ISSN: 1569–3953.

14. International Journal of Mathematics (IJM)ISSN:0129–167X.

15. Acta Mathematica Scientia, ISSN: 0252–9602.

16. Computers and Mathematics with Applications, ISSN: 0898–1221.

17. Applications and Applied Mathematics (AAM), ISSN: 1932–9466.

18. Electronic Journal of Differential Equations (EJDE), ISSN: 1072–6691.

19. Revista Colombiana de Matematicas (RCM).

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20. Journal of King Saud University (Science) (JKSUS), ISSN: 1018-3647.

21. Numerical Methods for Partial Differential Equations ISSN: 0749–159X.

22. World Journal of Modeling and Simulation, (WJMS) ISSN: 1746–7233.

• ‘Certificado de Aptitud pedagogica (C.A.P)’, (Pedagogic Ability Certificate), by the Centrode Formacion Continua at U. Granada, in Granada, Spain, June, 2001.

• Responsible for the web page of the Department of Mathematics at U. Carlos II de Madrid, fromJanuary, 2002 to January, 2004.

Buenos Aires, June 2018,Marıa Teresa Perez

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