Source: https://aurak.ac.ae/en/dr-ali-maalaoui/
Timestamp: 2019-04-25 14:37:40+00:00

Document:
Dr. Ali Maalaoui joined the American University of Ras al Khaimah during the fall of 2014 as an assistant professor in the department of mathematics and natural sciences. He received his master’s degree in Tunisia from the University of Tunis, followed by a doctoral degree that he received from the same University in 2010.
Afterward, Dr. Maalaoui moved to the United States to pursue a Ph.D. in mathematics at Rutgers University in New Jersey. After successful completion of the program, he moved to a postdoctoral research position at the University of Basel in Switzerland where he worked with the analysis research group. Before joining AURAK, Dr. Maalaoui served as a teaching assistant at Rutgers University where he had the opportunity to teach many courses and enhance his teaching skills. After moving to Basel, he supported the teaching of a master’s level course in Riemannian geometry. Currently, at AURAK, he teaches undergraduate mathematics courses at all levels.
His research interests involve geometric analysis related to conformal geometry and the study of conformal curvature invariants, as well as CR-geometry and the problem of prescribing the Webster curvature. This field involves studying PDE’s having rigid properties. He is also interested in contact geometry and the study of contact form homology related to the Weinstein conjecture, namely finding periodic orbits of the Reeb vector field. Dr. Maalaoui has more than 15 published papers in prestigious journals and he gave talks at international conferences around the world. He is an avid researcher and is currently collaborating on projects with researchers in various parts of the world, including; United States, Italy, Japan, and Tunisia.
Ph.D. in Mathematics, Rutgers, The State University of New Jersey. May 2013.
Abilitazione Scientica Nazionale, ANALISI MATEMATICA, PROBABILIT E STATISTICA MATEMATICA. March 2017, Italy.
Doctorate in Pure Mathematics, University of Tunis. Summer 2010.
Master of Science in Pure Mathematics, University of Tunis. May 2007.
Ecole Normale Superieur of Tunis, Aggregation in Mathematics. May 2007.
Exam for certication of teaching mathematics in preparatory engineering schools in Tunisia.
Placed rst, and was awarded teaching internship in France.
Bachelor’s degree in Pure Mathematics, University of Tunis. May 2006.
Calculus of variations and non-linear PDEs, Geometric analysis, Conformal geometry, Contact topol- ogy.
C. Guidi, A. Maalaoui, V. Martino. “Palais-Smale sequences for the fractional CR Yamabe functional and multiplicity results,” To appear in Calc. Var. and PDEs.
A. Maalaoui, V. Martino. “Characterization of the Palais-Smale sequences for the conformal Dirac-Einstein Problem and Applications,” To appear in JDE.
A. Maalaoui, A. Pinamonti. “Interpolations and fractional Sobolev spaces in Carnot groups,” Nonlinear Analysis (2019) Volume 179, pp 91-104.
A. Maalaoui. “A Note on Commutators of the Fractional Sub-Laplacian on Carnot Groups,” CPAA (2019). Volume 18 (1) pp. 435-453.
M. Habibi, A. Maalaoui.“Existence of Solutions to a Coupled system involving the Laplace and the Dirac Operators: A Floer Homology approach,” Nonlinear Differ. Equ. Appl. (2017) 24: 64.
M. Lejmi, A. Maalaoui. “On the Chern-Yamabe Flow.” Journal of Geometric Analysis (2017) pp 1-15.
A. Maalaoui. “Dynamics of the Third Exotic Contact Form on the Sphere along a Vector Field in its Kernel.” Advanced Nonlinear Studies. Volume 16. Issue 2. pp. 315–332.
A. Maalaoui, L. Martinazzi, and A. Schikorra. “Blow-up Behaviour of a Fractional Adams Moser-Trudinger Type Inequality in Odd Dimension.” Communications in Partial Differential Equations. Volume 41. Issue 10 (2016). pp.1593–1618.
S. Iula, A. Maalaoui, and L. Martinazzi. “A fractional Moser-Trudinger Type Inequalitiy in One Dimension and its Critical Points.” Differential and Integral Equations. Volume 29. Number 5/6 (2016). pp. 455–492.
A. Maalaoui, V. Martino. “Homological Approach to Problems with Jumping Non-linearity.” Nonlinear Analysis: Theory, Methods, and Applications. Volume 114 (2016). pp. 165–181.
A. Maalaoui, V. Martino. “Contact Type Hypersurfaces and Legendre Duality.” To appear inHouston Journal of Mathematics.
A. Maalaoui, V. Martino. “The Rabinowitz-Floer Homology for a Class of Semi-linear Prob- lems and Applications.” Journal of Functional Analysis. Volume 269. Issue 12 (2015). pp. 4006–4037.
A. Maalaoui. “Infinitely Many Solutions for the Spinorial Yamabe Problem on the Round Sphere.” Nonlinear Differential Equations and Applications NoDea. Volume 23. Issue 3. pp.1–14.
A. Maalaoui. “Prescribing the Q-curvature on the Sphere with Conical Singularities.” Discrete and Continuous Dynamical Systems. Volume 36. Issue 11 (2016). pp. 6307–6330.
A. Maalaoui, V. Martino, and G. Tralli. “Complex Group Actions on the Sphere and Sign Changing Solutions for the CR-Yamabe Equation.” Journal of Mathematical Analysis and Applications. Volume 431. Issue 1 (2015). pp. 126-135.
T. Jin, A. Maalaoui, L. Martinazzi, and J. Xiong. “Existence and Asymptotics for Solutions of a Non-local Q-curvature Equation in Dimension Three.” Calculus of Variations and Partial Differential Equations. Volume 52. Issue 3-4 (2014). pp. 469–488.
A. Maalaoui, V. Martino. “The Topology of a Subspace of the Legendrian Curves in a Closed Contact 3-manifold.” Advanced Nonlinear Studies. Volume 14. No. 2 (2014). pp. 393–426.
A. Maalaoui. “Rabinowitz-Floer Homology for Super-quadratic Dirac Equations on Spin Man- ifolds.” Journal of Fixed Point Theory and Applications. Volume 13. Issue 1. pp 175–199.
A. Maalaoui, V. Martino. “Homology Computation for a Class of Contact Structures on T 3 and Equivariant Reductions.” Calculus of Variations and Partial Differential Equations. Volume 50. Issue 3-4 (2013). pp. 599–614.
A. Maalaoui, V. Martino, and A. Pistoia. “Concentrating Solutions for a Sub-critical Sub- elliptic Problem.” Differential and Integral Equations. Volume 26. No. 11-12 (2013). pp.1263–1274.
A. Maalaoui, V. Martino. “Existence and Multiplicity Results for a Non-homogeneous FourthOrder Equation.” Topological Methods in Nonlinear Analysis. Volume 40. No. 2 (2012). pp.273–300.
A. Maalaoui, V. Martino. “Multiplicity Result for a Non-homogeneous Yamabe Type Equation Involving the Kohn Laplacian.” Journal of Mathematical Analysis and Applications. Volume 399.Issue 1 (2013). pp. 333–339.
A. Maalaoui, V. Martino. “Existence and Concentration of Positive Solutions for a Super critical Fourth Order Equation.” Nonlinear Analysis: Theory, Methods, and Applications. Volume 75. No. 14 (2012). pp. 5482-5498.
A. Maalaoui, V. Martino. “Changing Sign Solutions for the CR-Yamabe Equation.” Differen- tial and Integral Equations. Volume 25. No. 7-8 (2012). pp. 601–609.
A. Maalaoui, V. Martino. “A Symmetry Result on Submanifolds of Space Forms and Appli- cations.” Mediterranean Journal of Mathematics. Volume 10. No. 1 (2013). pp. 507–517.
A. Maalaoui. “On a Fourth Order Lichnerowicz Type Equation Involving The PaneitzBranson Operator.” Annals of Global Analysis and Geometry. Volume 42. No. 3 (2012). pp. 391-402.
L. Lassoued, A. Maalaoui. “Degree Preservation for the p-Laplace Operator and Applications.” Annals of University of Craiova, Math. Comp. Sci. Ser. Volume 37. No. 2 (2010).
L. Lassoued, A. Maalaoui. “Some Results on the p-Laplace Operator Near Resonance.” Pan American Math. Journal. Volume 20. No. 2 (2010).
L. Lassoued, A. Maalaoui. “Existence Results to ∆p u = V (x)f (u) in a Bounded Domain Of Rd .” Communications in Applied Analysis. Volume 13. No. 3 (2009).
L. Lassoued, A. Maalaoui. “Existence of Nontrivial Solutions for a Class of Elliptic Systems.” Annals of University of Craiova, Math. Comp. Sci. Ser. Volume 36. No. 1 (2009).
T. Isobe, A. Maalaoui. “Morse-Floer Theory for Super-Quadratic Dirac-Geodesics,” Preprint.
N. Lam, A. Maalaoui, A. Pinamonti. “Characterization of Anisotropic High Order Sobolev Spaces,” Preprint.
A. Maalaoui, A. Pinamonti, G. Speight. “Functional Spaces via Fractional Poisson Kernel on Carnot Groups and Applications,” Preprint.
A. Maalaoui. “Bubbling phenomena in calculus of variations,” AJM, special issue for Prof. A. Bahri.

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